WorldWideScience

Sample records for mesh terms publication

  1. Publication trends of Allergy, Pediatric Allergy and Immunology, and Clinical and Translational Allergy journals: a MeSH term-based bibliometric analysis.

    Science.gov (United States)

    Martinho-Dias, Daniel; Sousa-Pinto, Bernardo; Botelho-Souza, Júlio; Soares, António; Delgado, Luís; Fonseca, João Almeida

    2018-01-01

    We performed a MeSH term-based bibliometric analysis aiming to assess the publication trends of EAACI journals, namely Allergy, Pediatric Allergy and Immunology (PAI) (from 1990 to 2015) and Clinical and Translational Allergy (CTA) (from its inception in 2011 to 2015). We also aimed to discuss the impact of the creation of CTA in the publication topics of Allergy and PAI. We analysed a total of 1973 articles and 23,660 MeSH terms. Most MeSH terms in the three journals fell in the category of "basic immunology and molecular biology" (BIMB). During the studied period, we observed an increase in the proportion of MeSH terms on BIMB, and a decreasing proportion of terms on allergic rhinitis and aeroallergens. The observed changes in Allergy and PAI publication topics hint at a possible impact from CTA creation.

  2. MeSH key terms for validation and annotation of gene expression clusters

    Energy Technology Data Exchange (ETDEWEB)

    Rechtsteiner, A. (Andreas); Rocha, L. M. (Luis Mateus)

    2004-01-01

    Integration of different sources of information is a great challenge for the analysis of gene expression data, and for the field of Functional Genomics in general. As the availability of numerical data from high-throughput methods increases, so does the need for technologies that assist in the validation and evaluation of the biological significance of results extracted from these data. In mRNA assaying with microarrays, for example, numerical analysis often attempts to identify clusters of co-expressed genes. The important task to find the biological significance of the results and validate them has so far mostly fallen to the biological expert who had to perform this task manually. One of the most promising avenues to develop automated and integrative technology for such tasks lies in the application of modern Information Retrieval (IR) and Knowledge Management (KM) algorithms to databases with biomedical publications and data. Examples of databases available for the field are bibliographic databases c ntaining scientific publications (e.g. MEDLINE/PUBMED), databases containing sequence data (e.g. GenBank) and databases of semantic annotations (e.g. the Gene Ontology Consortium and Medical Subject Headings (MeSH)). We present here an approach that uses the MeSH terms and their concept hierarchies to validate and obtain functional information for gene expression clusters. The controlled and hierarchical MeSH vocabulary is used by the National Library of Medicine (NLM) to index all the articles cited in MEDLINE. Such indexing with a controlled vocabulary eliminates some of the ambiguity due to polysemy (terms that have multiple meanings) and synonymy (multiple terms have similar meaning) that would be encountered if terms would be extracted directly from the articles due to differing article contexts or author preferences and background. Further, the hierarchical organization of the MeSH terms can illustrate the conceptuallfunctional relationships of genes

  3. Characterization of the mechanism of drug-drug interactions from PubMed using MeSH terms.

    Science.gov (United States)

    Lu, Yin; Figler, Bryan; Huang, Hong; Tu, Yi-Cheng; Wang, Ju; Cheng, Feng

    2017-01-01

    Identifying drug-drug interaction (DDI) is an important topic for the development of safe pharmaceutical drugs and for the optimization of multidrug regimens for complex diseases such as cancer and HIV. There have been about 150,000 publications on DDIs in PubMed, which is a great resource for DDI studies. In this paper, we introduced an automatic computational method for the systematic analysis of the mechanism of DDIs using MeSH (Medical Subject Headings) terms from PubMed literature. MeSH term is a controlled vocabulary thesaurus developed by the National Library of Medicine for indexing and annotating articles. Our method can effectively identify DDI-relevant MeSH terms such as drugs, proteins and phenomena with high accuracy. The connections among these MeSH terms were investigated by using co-occurrence heatmaps and social network analysis. Our approach can be used to visualize relationships of DDI terms, which has the potential to help users better understand DDIs. As the volume of PubMed records increases, our method for automatic analysis of DDIs from the PubMed database will become more accurate.

  4. Characterization of the mechanism of drug-drug interactions from PubMed using MeSH terms.

    Directory of Open Access Journals (Sweden)

    Yin Lu

    Full Text Available Identifying drug-drug interaction (DDI is an important topic for the development of safe pharmaceutical drugs and for the optimization of multidrug regimens for complex diseases such as cancer and HIV. There have been about 150,000 publications on DDIs in PubMed, which is a great resource for DDI studies. In this paper, we introduced an automatic computational method for the systematic analysis of the mechanism of DDIs using MeSH (Medical Subject Headings terms from PubMed literature. MeSH term is a controlled vocabulary thesaurus developed by the National Library of Medicine for indexing and annotating articles. Our method can effectively identify DDI-relevant MeSH terms such as drugs, proteins and phenomena with high accuracy. The connections among these MeSH terms were investigated by using co-occurrence heatmaps and social network analysis. Our approach can be used to visualize relationships of DDI terms, which has the potential to help users better understand DDIs. As the volume of PubMed records increases, our method for automatic analysis of DDIs from the PubMed database will become more accurate.

  5. Meshable: searching PubMed abstracts by utilizing MeSH and MeSH-derived topical terms.

    Science.gov (United States)

    Kim, Sun; Yeganova, Lana; Wilbur, W John

    2016-10-01

    Medical Subject Headings (MeSH(®)) is a controlled vocabulary for indexing and searching biomedical literature. MeSH terms and subheadings are organized in a hierarchical structure and are used to indicate the topics of an article. Biologists can use either MeSH terms as queries or the MeSH interface provided in PubMed(®) for searching PubMed abstracts. However, these are rarely used, and there is no convenient way to link standardized MeSH terms to user queries. Here, we introduce a web interface which allows users to enter queries to find MeSH terms closely related to the queries. Our method relies on co-occurrence of text words and MeSH terms to find keywords that are related to each MeSH term. A query is then matched with the keywords for MeSH terms, and candidate MeSH terms are ranked based on their relatedness to the query. The experimental results show that our method achieves the best performance among several term extraction approaches in terms of topic coherence. Moreover, the interface can be effectively used to find full names of abbreviations and to disambiguate user queries. https://www.ncbi.nlm.nih.gov/IRET/MESHABLE/ CONTACT: sun.kim@nih.gov Supplementary data are available at Bioinformatics online. © The Author 2016. Published by Oxford University Press.

  6. MeSH Now: automatic MeSH indexing at PubMed scale via learning to rank.

    Science.gov (United States)

    Mao, Yuqing; Lu, Zhiyong

    2017-04-17

    MeSH indexing is the task of assigning relevant MeSH terms based on a manual reading of scholarly publications by human indexers. The task is highly important for improving literature retrieval and many other scientific investigations in biomedical research. Unfortunately, given its manual nature, the process of MeSH indexing is both time-consuming (new articles are not immediately indexed until 2 or 3 months later) and costly (approximately ten dollars per article). In response, automatic indexing by computers has been previously proposed and attempted but remains challenging. In order to advance the state of the art in automatic MeSH indexing, a community-wide shared task called BioASQ was recently organized. We propose MeSH Now, an integrated approach that first uses multiple strategies to generate a combined list of candidate MeSH terms for a target article. Through a novel learning-to-rank framework, MeSH Now then ranks the list of candidate terms based on their relevance to the target article. Finally, MeSH Now selects the highest-ranked MeSH terms via a post-processing module. We assessed MeSH Now on two separate benchmarking datasets using traditional precision, recall and F 1 -score metrics. In both evaluations, MeSH Now consistently achieved over 0.60 in F-score, ranging from 0.610 to 0.612. Furthermore, additional experiments show that MeSH Now can be optimized by parallel computing in order to process MEDLINE documents on a large scale. We conclude that MeSH Now is a robust approach with state-of-the-art performance for automatic MeSH indexing and that MeSH Now is capable of processing PubMed scale documents within a reasonable time frame. http://www.ncbi.nlm.nih.gov/CBBresearch/Lu/Demo/MeSHNow/ .

  7. Emerging medical informatics research trends detection based on MeSH terms.

    Science.gov (United States)

    Lyu, Peng-Hui; Yao, Qiang; Mao, Jin; Zhang, Shi-Jing

    2015-01-01

    The aim of this study is to analyze the research trends of medical informatics over the last 12 years. A new method based on MeSH terms was proposed to identify emerging topics and trends of medical informatics research. Informetric methods and visualization technologies were applied to investigate research trends of medical informatics. The metric of perspective factor (PF) embedding MeSH terms was appropriately employed to assess the perspective quality for journals. The emerging MeSH terms have changed dramatically over the last 12 years, identifying two stages of medical informatics: the "medical imaging stage" and the "medical informatics stage". The focus of medical informatics has shifted from acquisition and storage of healthcare data by integrating computational, informational, cognitive and organizational sciences to semantic analysis for problem solving and clinical decision-making. About 30 core journals were determined by Bradford's Law in the last 3 years in this area. These journals, with high PF values, have relative high perspective quality and lead the trend of medical informatics.

  8. On the Performance of Medical Information Retrieval using MeSH Terms – A Survey

    Directory of Open Access Journals (Sweden)

    Swetha S

    2014-09-01

    Full Text Available Internet users have increased everywhere. Searching and retrieving documents is a common thing nowadays. Retrieving related documents from the search engines are difficult task. To retrieve correct documents, knowledge about the search topic is essential. Even though separate search engines are there to retrieve medical documents the users are not familiar with MeSH terms (Medical Subject Heading. So, both the search browser and the MeSH terms have to be integrated to make the search effective and efficient. To implement this integration, SimpleMed and MeSHMed were introduced. The MeSH terms have to be ranked to know how frequently it has been used and to know the importance of the MeSH terms. To rank it a semi – automated tool called MeSHy was developed. The terms were extracted, filtered, ranked and displayed to the user. Classifiers have to be constructed to label the documents as health and non – health. Three strategies were used to classify them. The errors that are commonly done by the users have to be found out. It was calculated based on the queries presented by the user to the search browser.

  9. Long-term outcome after transvaginal mesh repair of pelvic organ prolapse.

    Science.gov (United States)

    Heinonen, Pia; Aaltonen, Riikka; Joronen, Kirsi; Ala-Nissilä, Seija

    2016-07-01

    The aim of this study was to report long-term subjective and objective outcomes after the transvaginal mesh (TVM) procedure in long-term. Possible late-onset complications were of particular interest. This was a retrospective analysis of TVM performed using Prolift™ transvaginal mesh measuring subjective outcome using validated questionnaires. Objective outcome was assessed using the Pelvic Organ Prolapse Quantification (POP-Q) system using two definitions: POP-Q stage ≤ 1, and vaginal wall prolapse at or above the hymen or vaginal apex not descending below the upper third of the vagina. Complications were reported with the Prosthesis/Graft Complication Classification Code designed by the International Continence Society/International Urogynecological Association (ICS/IUGA). Of 195 patients, 161 (82.6 %) participated this study after a median of 7 years. The scores in questionnaires evaluating urinary (UI) or anal incontinence and constipation or pelvic floor symptoms were low, indicating favorable surgical outcomes. Altogether, 80.1 % of patients were satisfied with the procedure. Anatomical cure was 56.4 % and 69.3 % depending on the definition used. Reoperation due to POP in any compartment was performed in 16.2 % of patients. Mesh exposure rate was 23 %, most of these being asymptomatic and of late onset. Outcome of the TVM procedure was satisfactory. Anatomical cure was inferior to subjective cure. Mesh exposure rate was high; most exposures observed in the long-term were of late onset and were asymptomatic.

  10. Improving MeSH classification of biomedical articles using citation contexts.

    Science.gov (United States)

    Aljaber, Bader; Martinez, David; Stokes, Nicola; Bailey, James

    2011-10-01

    Medical Subject Headings (MeSH) are used to index the majority of databases generated by the National Library of Medicine. Essentially, MeSH terms are designed to make information, such as scientific articles, more retrievable and assessable to users of systems such as PubMed. This paper proposes a novel method for automating the assignment of biomedical publications with MeSH terms that takes advantage of citation references to these publications. Our findings show that analysing the citation references that point to a document can provide a useful source of terms that are not present in the document. The use of these citation contexts, as they are known, can thus help to provide a richer document feature representation, which in turn can help improve text mining and information retrieval applications, in our case MeSH term classification. In this paper, we also explore new methods of selecting and utilising citation contexts. In particular, we assess the effect of weighting the importance of citation terms (found in the citation contexts) according to two aspects: (i) the section of the paper they appear in and (ii) their distance to the citation marker. We conduct intrinsic and extrinsic evaluations of citation term quality. For the intrinsic evaluation, we rely on the UMLS Metathesaurus conceptual database to explore the semantic characteristics of the mined citation terms. We also analyse the "informativeness" of these terms using a class-entropy measure. For the extrinsic evaluation, we run a series of automatic document classification experiments over MeSH terms. Our experimental evaluation shows that citation contexts contain terms that are related to the original document, and that the integration of this knowledge results in better classification performance compared to two state-of-the-art MeSH classification systems: MeSHUP and MTI. Our experiments also demonstrate that the consideration of Section and Distance factors can lead to statistically

  11. Mesh versus non-mesh repair of ventral abdominal hernias

    International Nuclear Information System (INIS)

    Jawaid, M.A.; Talpur, A.H.

    2008-01-01

    To investigate the relative effectiveness of mesh and suture repair of ventral abdominal hernias in terms of clinical outcome, quality of life and rate of recurrence in both the techniques. This is a retrospective descriptive analysis of 236 patients with mesh and non-mesh repair of primary ventral hernias performed between January 2000 to December 2004 at Surgery Department, Liaquat University of Medical and Health Sciences, Jamshoro. The record sheets of the patients were analyzed and data retrieved to compare the results of both techniques for short-term and long-term results. The data retrieved is statistically analyzed on SPSS version 11. There were 43 (18.22%) males and 193 (81.77%) females with a mean age of 51.79 years and a range of 59 (81-22). Para-umbilical hernia was the commonest of ventral hernia and accounted for 49.8% (n=118) of the total study population followed by incisional hernia comprising 24% (n=57) of the total number. There was a significant difference in the recurrent rate at 3 years interval with 23/101 (22.77%) recurrences in suture-repaired subjects compared to 10/135 (7.40%) in mesh repair group. Chronic pain lasting up to 1-2 years was noted in 14 patients with suture repair. Wound infection is comparatively more common (8.14%) in mesh group. The other variables such as operative and postoperative complications, total hospital stay and quality of life is also discussed. Mesh repair of ventral hernia is much superior to non-mesh suture repair in terms of recurrence and overall outcome. (author)

  12. The long-term behavior of lightweight and heavyweight meshes used to repair abdominal wall defects is determined by the host tissue repair process provoked by the mesh.

    Science.gov (United States)

    Pascual, Gemma; Hernández-Gascón, Belén; Rodríguez, Marta; Sotomayor, Sandra; Peña, Estefania; Calvo, Begoña; Bellón, Juan M

    2012-11-01

    Although heavyweight (HW) or lightweight (LW) polypropylene (PP) meshes are widely used for hernia repair, other alternatives have recently appeared. They have the same large-pore structure yet are composed of polytetrafluoroethylene (PTFE). This study compares the long-term (3 and 6 months) behavior of meshes of different pore size (HW compared with LW) and composition (PP compared with PTFE). Partial defects were created in the lateral wall of the abdomen in New Zealand White rabbits and then repaired by the use of a HW or LW PP mesh or a new monofilament, large-pore PTFE mesh (Infinit). At 90 and 180 days after implantation, tissue incorporation, gene and protein expression of neocollagens (reverse transcription-polymerase chain reaction/immunofluorescence), macrophage response (immunohistochemistry), and biomechanical strength were determined. Shrinkage was measured at 90 days. All three meshes induced good host tissue ingrowth, yet the macrophage response was significantly greater in the PTFE implants (P .05). Host collagen deposition is mesh pore size dependent whereas the macrophage response induced is composition dependent with a greater response shown by PTFE. In the long term, macroporous meshes show comparable biomechanical behavior regardless of their pore size or composition. Copyright © 2012 Mosby, Inc. All rights reserved.

  13. Long-term anisotropic mechanical response of surgical meshes used to repair abdominal wall defects.

    Science.gov (United States)

    Hernández-Gascón, B; Peña, E; Pascual, G; Rodríguez, M; Bellón, J M; Calvo, B

    2012-01-01

    Routine hernia repair surgery involves the implant of synthetic mesh. However, this type of procedure may give rise to pain and bowel incarceration and strangulation, causing considerable patient disability. The purpose of this study was to compare the long-term behaviour of three commercial meshes used to repair the partially herniated abdomen in New Zealand White rabbits: the heavyweight (HW) mesh, Surgipro(®) and lightweight (LW) mesh, Optilene(®), both made of polypropylene (PP), and a mediumweight (MW) mesh, Infinit(®), made of polytetrafluoroethylene (PTFE). The implanted meshes were mechanical and histological assessed at 14, 90 and 180 days post-implant. This behaviour was compared to the anisotropic mechanical behaviour of the unrepaired abdominal wall in control non-operated rabbits. Both uniaxial mechanical tests conducted in craneo-caudal and perpendicular directions and histological findings revealed substantial collagen growth over the repaired hernial defects causing stiffness in the repair zone, and thus a change in the original properties of the meshes. The mechanical behaviour of the healthy tissue in the craneo-caudal direction was not reproduced by any of the implanted meshes after 14 days or 90 days of implant, whereas in the perpendicular direction, SUR and OPT achieved similar behaviour. From a mechanical standpoint, the anisotropic PP-lightweight meshes may be considered a good choice in the long run, which correlates with the structure of the regenerated tissue. Copyright © 2011 Elsevier Ltd. All rights reserved.

  14. Open tension-free hernioplasty using a novel lightweight self-gripping mesh: medium-term experience from two institutions.

    Science.gov (United States)

    Pedano, Nicolás; Pastor, Carlos; Arredondo, Jorge; Poveda, Ignacio; Ruiz, Jaime; Montón, Soledad; Molina, María; Hernández-Lizoain, José Luis

    2012-02-01

    The process of mesh fixation and the potential risk of associated chronic pain are always surgeon's main concerns in hernia surgery. A wide variety of lightweight mesh models are currently available on the market to overcome some of these problems showing good preliminary results, but no data representing the medium- or long-term results. The present study aims to report the clinical outcomes of two institutional series of patients who underwent hernia repair using a partially absorbable auto adherent mesh (Parietene™ Progrip™--PP). A prospective analysis was performed including unselected patients with primary groin hernia who underwent a standardized Lichtenstein procedure using the PP mesh at two tertiary institutions. During the 2-year study period, 181 patients (167 males; 14 females) with a median age of 63 years (19-85 years) were operated on at both centers. Short-term complications occurred in 27 patients (15%), the most commonly seen being urinary retention (6%) followed by hematoma (5%) and acute orchitis (2%). With a median follow-up of 17 months (12-29 months), 4 patients (2%) had a feeling of a foreign body in the groin, and 7 (4%) developed chronic pain. A total of four patients (2%) developed recurrence. In our experience, the use of the PP mesh for hernioplasties offers a potential benefit not only in the short-term period but also in a medium-term follow-up with low recurrence and late chronic pain rates. However, this particular mesh does not fully prevent all complications and chronic pain and recurrent hernias have been reported for the first time.

  15. Fibrin sealant for mesh fixation in laparoscopic groin hernia repair does not increase long-term recurrence

    DEFF Research Database (Denmark)

    Fenger, Andreas Qwist; Helvind, Neel Maria; Pommergaard, Hans-Christian

    2016-01-01

    BACKGROUND: Methods of groin hernia repair include laparoscopic techniques using tissue-penetrating mesh fixation or non-penetrating fixation. Concerns regarding hernia repair include postoperative chronic pain, sexual dysfunction, and recurrence. Earlier estimations of recurrence rates have......) laparoscopic groin hernia repair using either fibrin sealant or tacks for mesh fixation. METHODS: This study used data from the Danish Hernia Database to create the following cohort: All patients operated laparoscopically for primary groin hernia with a TAPP procedure using fibrin sealant for mesh fixation...... difference in long-term reoperation rates and clinical recurrences in patients undergoing TAPP repair with meshes fixated with fibrin sealant compared with tacks....

  16. Discretization of the Joule heating term for plasma discharge fluid models in unstructured meshes

    International Nuclear Information System (INIS)

    Deconinck, T.; Mahadevan, S.; Raja, L.L.

    2009-01-01

    The fluid (continuum) approach is commonly used for simulation of plasma phenomena in electrical discharges at moderate to high pressures (>10's mTorr). The description comprises governing equations for charged and neutral species transport and energy equations for electrons and the heavy species, coupled to equations for the electromagnetic fields. The coupling of energy from the electrostatic field to the plasma species is modeled by the Joule heating term which appears in the electron and heavy species (ion) energy equations. Proper numerical discretization of this term is necessary for accurate description of discharge energetics; however, discretization of this term poses a special problem in the case of unstructured meshes owing to the arbitrary orientation of the faces enclosing each cell. We propose a method for the numerical discretization of the Joule heating term using a cell-centered finite volume approach on unstructured meshes with closed convex cells. The Joule heating term is computed by evaluating both the electric field and the species flux at the cell center. The dot product of these two vector quantities is computed to obtain the Joule heating source term. We compare two methods to evaluate the species flux at the cell center. One is based on reconstructing the fluxes at the cell centers from the fluxes at the face centers. The other recomputes the flux at the cell center using the common drift-diffusion approximation. The reconstructed flux scheme is the most stable method and yields reasonably accurate results on coarse meshes.

  17. Management of complications of mesh surgery.

    Science.gov (United States)

    Lee, Dominic; Zimmern, Philippe E

    2015-07-01

    Transvaginal placements of synthetic mid-urethral slings and vaginal meshes have largely superseded traditional tissue repairs in the current era because of presumed efficacy and ease of implant with device 'kits'. The use of synthetic material has generated novel complications including mesh extrusion, pelvic and vaginal pain and mesh contraction. In this review, our aim is to discuss the management, surgical techniques and outcomes associated with mesh removal. Recent publications have seen an increase in presentation of these mesh-related complications, and reports from multiple tertiary centers have suggested that not all patients benefit from surgical intervention. Although the true incidence of mesh complications is unknown, recent publications can serve to guide physicians and inform patients of the surgical outcomes from mesh-related complications. In addition, the literature highlights the growing need for a registry to account for a more accurate reporting of these events and to counsel patients on the risk and benefits before proceeding with mesh surgeries.

  18. Long-term follow-up of treatment for synthetic mesh complications.

    Science.gov (United States)

    Hansen, Brooke L; Dunn, Guinn Ellen; Norton, Peggy; Hsu, Yvonne; Nygaard, Ingrid

    2014-01-01

    The objectives of this study are (1) to describe the presenting symptoms, findings, and treatment and (2) to describe the self-reported improvement and function at least 6 months after presentation in women presenting to 1 urogynecology division for complications associated with synthetic vaginal mesh. Women evaluated between 2006 and 2011 were identified by diagnostic codes. We abstracted information from the medical record and attempted to contact all women to complete a follow-up telephone survey questionnaire consisting of several validated instruments. A total of 111 women were evaluated for complications associated with synthetic vaginal mesh. The mean interval from index surgery was 2.4 years. Of these, 84% were referred from outside hospitals. Index surgeries included vaginal mesh kits/vaginally placed mesh (47%), midurethral mesh slings (37%), abdominally placed vaginal mesh (11%), and vaginal mesh kit with concomitantly placed mesh sling (5%). The most common complications were extrusion (65%), contraction (17%), and chronic pelvic pain (16%). A total of 98 women underwent some type of treatment (85 surgical) by urogynecologists, pelvic pain specialists, or physical therapists. Eighty-four (76%) provided follow-up information at mean interval since presentation of 2.3 years. At follow-up, the mean (SD) Pelvic Floor Distress Inventory score was 98 (67), the mean (SD) EQ-5D index score was 0.69 (0.23), and 22% reported vaginal discharge, 15% vaginal bleeding or spotting, and 45% sexual abstinence due to problems related to mesh. A total of 71% reported being overall better, whereas 29% were the same or worse. Two years after tertiary care level multidisciplinary treatment of vaginal mesh complications, many women still report symptoms that negatively impact their quality of life.

  19. J-GLOBAL MeSH Dictionary: Sphingomonadaceae [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Sphingomonadaceae 名詞 一般 * * * * Sphi...ngomonadaceae ... MeSH D042301 200906094653102667 C LS07 UNKNOWN_1 Sphingomonadaceae

  20. J-GLOBAL MeSH Dictionary: Piscirickettsiaceae [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Piscirickettsiaceae 名詞 一般 * * * * Piscirickettsia...ceae ... MeSH D044147 200906033138096892 C LS07 UNKNOWN_1 Piscirickettsiaceae

  1. J-GLOBAL MeSH Dictionary: Heligmosomatoidea [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Heligmosomatoidea 名詞 一般 * * * * Heligmos...omatoidea ... MeSH D006369 200906085224079623 C LS05 UNKNOWN_1 Heligmosomatoidea

  2. Reengineering of MeSH thesauri for term selection to optimize literature retrieval and knowledge reconstruction in support of stem cell research.

    Science.gov (United States)

    Su, Yan; Andrews, James; Huang, Hong; Wang, Yue; Kong, Liangliang; Cannon, Peter; Xu, Ping

    2016-05-23

    PubMed is a widely used database for scientists to find biomedical-related literature. Due to the complexity of the selected research subject and its interdisciplinary nature, as well as the exponential growth in the number of disparate pieces of biomedical literature, it is an overwhelming challenge for scientists to define the right search strategies and quickly locate all related information. Specialized subsets and groupings of controlled vocabularies, such as Medical Subject Headings (MeSH), can enhance information retrieval in specialized domains, such as stem cell research. There is a need to develop effective search strategies and convenient solutions for knowledge organization in stem cell research. The understanding of the interrelationships between these MeSH terms also facilitates the building of knowledge organization systems in related subject fields. This study collected empirical data for MeSH-related terms from stem cell literature and developed a novel approach that uses both automation and expert-selection to create a set of terms that supports enhanced retrieval. The selected MeSH terms were reconstructed into a classified thesaurus that can guide researchers towards a successful search and knowledge organization of stem cell literature. First, 4253 MeSH terms were harvested from a sample of 5527 stem cell related research papers from the PubMed database. Next, unrelated terms were filtered out based on term frequency and specificity. Precision and recall measures were used to help identify additional valuable terms, which were mostly non-MeSH terms. The study identified 15 terms that specifically referred to stem cell research for information retrieval, which would yield a higher precision (97.7 %) and recall (94.4 %) rates in comparison to other approaches. In addition, 128 root MeSH terms were selected to conduct knowledge organization of stem cell research in categories of anatomy, disease, and others. This study presented a novel strategy

  3. J-GLOBAL MeSH Dictionary: Phoradendron属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Phoradendron属 名詞 サ変接続 * * * * Phoradendron...属 ... MeSH D028184 200906006893995689 C LS06 UNKNOWN_2 Phoradendron 属

  4. Long-term quality-of-life outcome after mesh sacrocolpopexy for vaginal vault prolapse.

    LENUS (Irish Health Repository)

    Thomas, Arun Z

    2009-12-01

    To evaluate the long-term outcome of mesh sacrocolpopexy (MSC, which aims to restore normal pelvic floor anatomy to alleviate prolapse related symptoms) and its effect on patient\\'s quality of life, as women with vaginal vault prolapse commonly have various pelvic floor symptoms that can affect urinary, rectal and sexual function.

  5. Numerical simulation of flow induced by a pitched blade turbine. Comparison of the sliding mesh technique and an averaged source term method

    Energy Technology Data Exchange (ETDEWEB)

    Majander, E.O.J.; Manninen, M.T. [VTT Energy, Espoo (Finland)

    1996-12-31

    The flow induced by a pitched blade turbine was simulated using the sliding mesh technique. The detailed geometry of the turbine was modelled in a computational mesh rotating with the turbine and the geometry of the reactor including baffles was modelled in a stationary co-ordinate system. Effects of grid density were investigated. Turbulence was modelled by using the standard k-{epsilon} model. Results were compared to experimental observations. Velocity components were found to be in good agreement with the measured values throughout the tank. Averaged source terms were calculated from the sliding mesh simulations in order to investigate the reliability of the source term approach. The flow field in the tank was then simulated in a simple grid using these source terms. Agreement with the results of the sliding mesh simulations was good. Commercial CFD-code FLUENT was used in all simulations. (author)

  6. Numerical simulation of flow induced by a pitched blade turbine. Comparison of the sliding mesh technique and an averaged source term method

    Energy Technology Data Exchange (ETDEWEB)

    Majander, E O.J.; Manninen, M T [VTT Energy, Espoo (Finland)

    1997-12-31

    The flow induced by a pitched blade turbine was simulated using the sliding mesh technique. The detailed geometry of the turbine was modelled in a computational mesh rotating with the turbine and the geometry of the reactor including baffles was modelled in a stationary co-ordinate system. Effects of grid density were investigated. Turbulence was modelled by using the standard k-{epsilon} model. Results were compared to experimental observations. Velocity components were found to be in good agreement with the measured values throughout the tank. Averaged source terms were calculated from the sliding mesh simulations in order to investigate the reliability of the source term approach. The flow field in the tank was then simulated in a simple grid using these source terms. Agreement with the results of the sliding mesh simulations was good. Commercial CFD-code FLUENT was used in all simulations. (author)

  7. Robust, multidimensional mesh motion based on Monge-Kantorovich equidistribution

    Energy Technology Data Exchange (ETDEWEB)

    Delzanno, G L [Los Alamos National Laboratory; Finn, J M [Los Alamos National Laboratory

    2009-01-01

    Mesh-motion (r-refinement) grid adaptivity schemes are attractive due to their potential to minimize the numerical error for a prescribed number of degrees of freedom. However, a key roadblock to a widespread deployment of the technique has been the formulation of robust, reliable mesh motion governing principles, which (1) guarantee a solution in multiple dimensions (2D and 3D), (2) avoid grid tangling (or folding of the mesh, whereby edges of a grid cell cross somewhere in the domain), and (3) can be solved effectively and efficiently. In this study, we formulate such a mesh-motion governing principle, based on volume equidistribution via Monge-Kantorovich optimization (MK). In earlier publications [1, 2], the advantages of this approach in regards to these points have been demonstrated for the time-independent case. In this study, demonstrate that Monge-Kantorovich equidistribution can in fact be used effectively in a time stepping context, and delivers an elegant solution to the otherwise pervasive problem of grid tangling in mesh motion approaches, without resorting to ad-hoc time-dependent terms (as in moving-mesh PDEs, or MMPDEs [3, 4]). We explore two distinct r-refinement implementations of MK: direct, where the current mesh relates to an initial, unchanging mesh, and sequential, where the current mesh is related to the previous one in time. We demonstrate that the direct approach is superior in regards to mesh distortion and robustness. The properties of the approach are illustrated with a paradigmatic hyperbolic PDE, the advection of a passive scalar. Imposed velocity flow fields or varying vorticity levels and flow shears are considered.

  8. J-GLOBAL MeSH Dictionary: Corynebacterium pseudotuberculosis [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Corynebacterium pseudotuberculosis... 名詞 一般 * * * * Corynebacterium pseudotuberculosis ... MeSH D016925 200906025325177003 C LS07 UNKNOWN_2 Corynebacterium pseudotuberculosis

  9. J-GLOBAL MeSH Dictionary: Yersinia pseudotuberculosis [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Yersinia pseudotuberculosis 名詞 一般... * * * * Yersinia pseudotuberculosis ... MeSH D015011 200906011755952514 C LS07 UNKNOWN_2 Yersinia pseudotuberculosis

  10. J-GLOBAL MeSH Dictionary: Sulfolobus solfataricus [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Sulfolobus solfataricus 名詞 一般 * * * * Sulfolobus solfataricus ... MeSH D048229 200906045592943760 C LS07 UNKNOWN_2 Sulfolobus solfataricus

  11. J-GLOBAL MeSH Dictionary: Neorickettsia risticii [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Neorickettsia risticii 名詞 一般 * * * * Neorickettsia... risticii ... MeSH D041103 200906043905068374 C LS07 UNKNOWN_2 Neorickettsia risticii

  12. J-GLOBAL MeSH Dictionary: Neorickettsia sennetsu [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Neorickettsia sennetsu 名詞 一般 * * * * Neorickettsia... sennetsu ... MeSH D041101 200906077083053908 C LS07 UNKNOWN_2 Neorickettsia sennetsu

  13. J-GLOBAL MeSH Dictionary: Campylobacter upsaliensis [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Campylobacter upsaliensis 名詞 一般 *... * * * Campylobacter upsaliensis ... MeSH D044885 200906036434053162 C LS07 UNKNOWN_2 Campylobacter upsaliensis

  14. J-GLOBAL MeSH Dictionary: Actinobacillus pleuropneumoniae [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Actinobacillus pleuropneumoniae 名...詞 一般 * * * * Actinobacillus pleuropneumoniae ... MeSH D016977 200906089064706214 C LS07 UNKNOWN_2 Actinobacillus pleuropneumoniae

  15. J-GLOBAL MeSH Dictionary: Tetrahymena pyriformis [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Tetrahymena pyriformis 名詞 一般 * * * * Tetrahymena... pyriformis ... MeSH D013769 200906097287118996 C LS07 UNKNOWN_2 Tetrahymena pyriformis

  16. J-GLOBAL MeSH Dictionary: Tetrahymena thermophila [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Tetrahymena thermophila 名詞 一般 * * * * Tetrahymena... thermophila ... MeSH D016808 200906086486381246 C LS07 UNKNOWN_2 Tetrahymena thermophila

  17. J-GLOBAL MeSH Dictionary: Dirofilaria immitis [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Dirofilaria immitis 名詞 一般 * * * * Dirofilaria immit...is ... MeSH D004183 200906050138784430 C LS05 UNKNOWN_2 Dirofilaria immitis

  18. J-GLOBAL MeSH Dictionary: Actinobacillus actinomycetemcomitans [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Actinobacillus actinomycetemcomit...ans 名詞 一般 * * * * Actinobacillus actinomycetemcomitans ... MeSH D016976 200906016161948020 C LS07 UNKNOWN_2 Actinobacillus actinomycetemcomitans

  19. J-GLOBAL MeSH Dictionary: Streptococcus mitis [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Streptococcus mitis 名詞 一般 * * * * Streptococcus mit...is ... MeSH D034361 200906051281920120 C LS07 UNKNOWN_2 Streptococcus mitis

  20. J-GLOBAL MeSH Dictionary: Ralstonia solanacearum [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ralstonia solanacearum 名詞 一般 * * * * Ralstonia sol...anacearum ... MeSH D043368 200906091329391991 C LS07 UNKNOWN_2 Ralstonia solanacearum

  1. J-GLOBAL MeSH Dictionary: Thiocapsa roseopersicina [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Thiocapsa roseopersicina 名詞 一般 * * * * Thiocapsa rose...opersicina ... MeSH D020616 200906079314739029 C LS07 UNKNOWN_2 Thiocapsa roseopersicina

  2. J-GLOBAL MeSH Dictionary: Edwardsiella tarda [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Edwardsiella tarda 名詞 一般 * * * * Edwar...dsiella tarda ... MeSH D020609 200906083854859187 C LS07 UNKNOWN_2 Edwardsiella tarda

  3. J-GLOBAL MeSH Dictionary: Edwardsiella ictaluri [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Edwardsiella ictaluri 名詞 一般 * * * * Edwar...dsiella ictaluri ... MeSH D020610 200906051921978774 C LS07 UNKNOWN_2 Edwardsiella ictaluri

  4. J-GLOBAL MeSH Dictionary: Morganella morganii [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Morganella morganii 名詞 一般 * * * * Morganella morg...anii ... MeSH D020613 200906053401612729 C LS07 UNKNOWN_2 Morganella morganii

  5. J-GLOBAL MeSH Dictionary: Aeromonas salmonicida [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Aeromonas salmonicida 名詞 一般 * * * * Aeromonas salmon...icida ... MeSH D048409 200906081596351600 C LS07 UNKNOWN_2 Aeromonas salmonicida

  6. J-GLOBAL MeSH Dictionary: Aliivibrio salmonicida [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Aliivibrio salmonicida 名詞 一般 * * * * Aliivibrio salmon...icida ... MeSH D044165 200906023365578059 C LS07 UNKNOWN_2 Aliivibrio salmonicida

  7. J-GLOBAL MeSH Dictionary: Brucella melitensis [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Brucella melitensis 名詞 一般 * * * * Brucella melitens...is ... MeSH D017347 200906028294406644 C LS07 UNKNOWN_2 Brucella melitensis

  8. J-GLOBAL MeSH Dictionary: Mycoplasma ovipneumoniae [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Mycoplasma ovipneumoniae 名詞 一般 * * * * Mycoplasma ovipneum...oniae ... MeSH D045802 200906092922912910 C LS07 UNKNOWN_2 Mycoplasma ovipneumoniae

  9. J-GLOBAL MeSH Dictionary: Chlamydophila pneumoniae [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Chlamydophila pneumoniae 名詞 一般 * * * * Chlamydophila pneum...oniae ... MeSH D016993 200906005356438556 C LS07 UNKNOWN_2 Chlamydophila pneumoniae

  10. J-GLOBAL MeSH Dictionary: Mycoplasma pneumoniae [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Mycoplasma pneumoniae 名詞 一般 * * * * Mycoplasma pneumonia...e ... MeSH D009177 200906010320106380 C LS07 UNKNOWN_2 Mycoplasma pneumoniae

  11. J-GLOBAL MeSH Dictionary: Mycoplasma hyopneumoniae [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Mycoplasma hyopneumoniae 名詞 一般 * * * * Mycoplasma hyopneum...oniae ... MeSH D045705 200906033834508852 C LS07 UNKNOWN_2 Mycoplasma hyopneumoniae

  12. J-GLOBAL MeSH Dictionary: Prevotella melaninogenica [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Prevotella melaninogenica 名詞 一般 * * * * Prevotella mela...ninogenica ... MeSH D001443 200906099099181179 C LS07 UNKNOWN_2 Prevotella melaninogenica

  13. J-GLOBAL MeSH Dictionary: Bacillus stearothermophilus [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Bacillus stearothermophilus 名詞 一般 * * * * Bacillus stea...rothermophilus ... MeSH D001411 200906079736943583 C LS07 UNKNOWN_2 Bacillus stearothermophilus

  14. J-GLOBAL MeSH Dictionary: Mermithoidea上科 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Mermithoidea上科 名詞 一般 * * * * Mermit...hoidea上科 ... MeSH D008632 200906023857238237 C LS05 UNKNOWN_2 Mermithoidea 上 科

  15. J-GLOBAL MeSH Dictionary: von Willebrand病 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term von Willebrand病 名詞 一般 * * * * von Willebrand...病 ... MeSH D014842 200906053707829497 C LS51 UNKNOWN_2 von Willebrand 病

  16. Age-stratified analysis of long-term outcomes of transvaginal mesh repair for treatment of pelvic organ prolapse.

    Science.gov (United States)

    Dong, Shengnan; Zhong, Yanbo; Chu, Lei; Li, Huaifang; Tong, Xiaowen; Wang, Jianjun

    2016-10-01

    To investigate long-term outcomes after transvaginal mesh repair among patients with pelvic organ prolapse in different age groups. A retrospective cohort study was conducted among women who underwent transvaginal mesh repair with polypropylene mesh for pelvic organ prolapse of stage II or higher between January 2007 and November 2011 at a center in Shanghai, China. Patients were invited to attend a follow-up appointment between July 2014 and May 2015. Surgical outcomes were compared among three age groups (≤59, 60-74, and ≥75 years), and quality-of-life questionnaires were evaluated. Multivariate logistic regression was used to identify risk factors associated with recurrent prolapse and mesh exposure. Among 158 patients, 143 (90.5%) were objectively cured and 149 (94.3%) were subjectively cured at follow-up. Surgical outcomes were similar across all age groups. Significant improvements were observed on the Pelvic Floor Distress Inventory across all applicable subscales in all age groups (Pmesh exposure (odds ratio 11.89, 95% confidence interval 1.08-131.48; P=0.043). Transvaginal mesh repair was found to be a safe and effective technique for treating pelvic organ prolapse among women of all ages. An active postoperative sex life increased the odds of mesh exposure. Copyright © 2016 International Federation of Gynecology and Obstetrics. Published by Elsevier Ireland Ltd. All rights reserved.

  17. Short term post-operative morphing of sacrocolpopexy mesh measured by magnetic resonance imaging.

    Science.gov (United States)

    Sindhwani, Nikhil; Callewaert, Geertje; Deprest, Thomas; Housmans, Susanne; Van Beckevoort, Dirk; Deprest, Jan

    2018-04-01

    Sacrocolpopexy (SC) involves suspension of the vaginal vault or cervix to the sacrum using a mesh. Following insertion, the meshes have been observed to have undergone dimensional changes. To quantify dimensional changes of meshes following implantation and characterize their morphology in-vivo. 24 patients underwent SC using PolyVinyliDeneFluoride mesh loaded with Fe 3 O 4 particles. Tailored anterior and posterior mesh flaps were sutured to the respective vaginal walls, uniting at the apex. The posterior flap continued to the sacrum and was attached there. Meshes were visualized on magnetic resonance (MR) imaging at 12 [3-12] (median [range]) months postoperatively and 3D models of the mesh were generated. Dynamic MR sequences were acquired during valsalva to record mesh mobility. The area of the vagina effectively supported by the mesh (Effective Support Area (ESA)) was calculated. The 3D models' wall thickness map was analyzed to identify the locations of mesh folding. Intraclass correlation (ICC) was calculated to test the reliability of the methods. To measure the laxity and flatness of the mesh, the curvature and the ellipticity of the sacral flap were calculated. The ESA calculation methodology had ICC = 0.97. A reduction of 75.49 [61.55-78.67] % (median [IQR]) in area, 47.64 [38.07-59.81] % in anterior flap, and of 23.95 [10.96-27.21] % in the posterior flap was measured. The mesh appeared thicker near its attachment at the sacral promontory (n = 19) and near the vaginal apex (n = 22). The laxity of the mesh was 1.13 [1.10-1.16] and 60.55 [49.76-76.25] % of the sacral flap was flat. We could not reliably measure mesh mobility (ICC = 0.16). A methodology for complete 3D characterization of SC meshes using MR images was presented. After implantation, the supported area is much lower than what is prepared prior to implantation. We propose this happened during the surgery itself. Copyright © 2018 Elsevier Ltd. All rights reserved.

  18. J-GLOBAL MeSH Dictionary: Avulavirus感染症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Avulavirus感染症 名詞 一般 * * * * Avulavirus感染症 ... MeSH D045463 200906094116947103 C LS51 UNKNOWN_2 Avulavirus 感染 症

  19. J-GLOBAL MeSH Dictionary: Chlamydophila感染症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Chlamydophila感染症 名詞 一般 * * * * Chlam...ydophila感染症 ... MeSH D023521 200906002537187424 C LS51 UNKNOWN_2 Chlamydophila 感染 症

  20. Transvaginal six-arm mesh OPUR in women with apical pelvic organ prolapse - analysis of short-term results, pelvic floor ultrasound evaluation.

    Science.gov (United States)

    Kluz, Tomasz; Wlaźlak, Edyta; Surkont, Grzegorz

    2017-01-01

    Analysis of feasibility, efficacy and short-term results after six-arm transvaginal mesh OPUR implantation in women with apical prolapse. The same surgeon operated all of 39 women using mesh OPUR. Preoperatively patients had a standardized interview and clinical examination. Intraoperative and postoperative complications were analyzed. Postoperative evaluation included standardized interview, clinical examination and standardized pelvic floor ultrasound performed with 2D transvaginal probe and 4D abdominal probe. There was no complication that needed operative intervention. Hematomas in 3 patients resolved spontaneously. Transient voiding difficulties which lasted less than 7 days were observed in 5 patients. No erosion was observed. Comparison of pre- and postoperative results in 34 women revealed that in all 3 compartments improvement in POP-Q scale was statistically significant (p mesh needed re-operation. During PFS-TV in 94.1% of patients urethra was normobile or hypermobile. In all of the patients urethral end of the mesh was positioned far enough from the middle part of the urethra (ultrasound) to implant suburethral sling without risk of collision. Sexually active women did not inform of any important discomfort or pain during intercourse. It seems that six-arm OPUR mesh, if implanted under strict surgical rules, gives low risk of complications and high chance to successfully reduce POP symptoms in short term after the operation. It seems that OPUR mesh should not have negative influence on the results after anti-incontinence suburethral sling.

  1. J-GLOBAL MeSH Dictionary: Diamond‐Blackfan貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Diamond‐Blackfan貧血 名詞 サ変接続 * * * * Diamond‐Blackfan貧血... ... MeSH D029503 200906094799646316 C LS51 UNKNOWN_2 Diamond ‐ Blackfan 貧血

  2. Short-term outcomes of the transvaginal minimal mesh procedure for pelvic organ prolapse

    OpenAIRE

    Naoko Takazawa; Akiko Fujisaki; Yasukuni Yoshimura; Akira Tsujimura; Shigeo Horie

    2018-01-01

    Purpose: This study aimed to evaluate the clinical outcomes and complications of transvaginal minimal mesh repair without using commercially available kits for treatment of pelvic organ prolapse (POP). Materials and Methods: This retrospective cohort study involved 91 women who underwent surgical management of POP with originally designed small mesh between July 2014 and August 2015. This mesh is 56% smaller than the mesh widely used in Japan, and it has only two arms delivered into each righ...

  3. J-GLOBAL MeSH Dictionary: Cornell医学指数 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Cornell医学指数 名詞 一般 * * * * Cornell医学指数 ... MeSH D003321 200906007832990028 C LS52 UNKNOWN_2 Cornell 医学 指数

  4. J-GLOBAL MeSH Dictionary: Alzheimerワクチン [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Alzheimerワクチン 名詞 一般 * * * * Alzheimerワクチン ... MeSH D023582 200906095197572695 C LS44 UNKNOWN_2 Alzheimer ワクチン

  5. Short-term outcomes of the transvaginal minimal mesh procedure for pelvic organ prolapse

    Directory of Open Access Journals (Sweden)

    Naoko Takazawa

    2018-03-01

    Full Text Available Purpose: This study aimed to evaluate the clinical outcomes and complications of transvaginal minimal mesh repair without using commercially available kits for treatment of pelvic organ prolapse (POP. Materials and Methods: This retrospective cohort study involved 91 women who underwent surgical management of POP with originally designed small mesh between July 2014 and August 2015. This mesh is 56% smaller than the mesh widely used in Japan, and it has only two arms delivered into each right and left sacrospinous ligament. The main study outcome was the anatomic cure rate defined as recurrence of POP quantification (POP-Q stage II or more. We also assessed changes in the overactive bladder symptom score (OABSS and prolapse quality of life questionnaire (P-QOL and evaluated adverse events. Finally, we compared patient backgrounds between the patients with and without recurrence. Results: Prolapse recurred in 10 of 91 patients (11.0%, and all patients with recurrence were diagnosed as POP-Q stage II. As adverse events, only mesh erosion occurred in two (2.2% and pelvic pain in one (1.1% of the 91 patients. The OABSS and P-QOL were significantly improved by the operation. When we compared patient backgrounds between the patients with and without recurrence, body mass index was the only factor influencing affecting recurrence. Conclusions: Transvaginal minimal mesh repair resulted in successful outcomes with low mesh-related complications and anatomic recurrence at one year. Furthermore, significant improvement in QOL was offered by this procedure. Our minimal mesh technique should be considered as one treatment option for the management of POP.

  6. Short-term outcomes of the transvaginal minimal mesh procedure for pelvic organ prolapse.

    Science.gov (United States)

    Takazawa, Naoko; Fujisaki, Akiko; Yoshimura, Yasukuni; Tsujimura, Akira; Horie, Shigeo

    2018-03-01

    This study aimed to evaluate the clinical outcomes and complications of transvaginal minimal mesh repair without using commercially available kits for treatment of pelvic organ prolapse (POP). This retrospective cohort study involved 91 women who underwent surgical management of POP with originally designed small mesh between July 2014 and August 2015. This mesh is 56% smaller than the mesh widely used in Japan, and it has only two arms delivered into each right and left sacrospinous ligament. The main study outcome was the anatomic cure rate defined as recurrence of POP quantification (POP-Q) stage II or more. We also assessed changes in the overactive bladder symptom score (OABSS) and prolapse quality of life questionnaire (P-QOL) and evaluated adverse events. Finally, we compared patient backgrounds between the patients with and without recurrence. Prolapse recurred in 10 of 91 patients (11.0%), and all patients with recurrence were diagnosed as POP-Q stage II. As adverse events, only mesh erosion occurred in two (2.2%) and pelvic pain in one (1.1%) of the 91 patients. The OABSS and P-QOL were significantly improved by the operation. When we compared patient backgrounds between the patients with and without recurrence, body mass index was the only factor influencing affecting recurrence. Transvaginal minimal mesh repair resulted in successful outcomes with low mesh-related complications and anatomic recurrence at one year. Furthermore, significant improvement in QOL was offered by this procedure. Our minimal mesh technique should be considered as one treatment option for the management of POP.

  7. J-GLOBAL MeSH Dictionary: Miller Fisher症候群 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Miller Fisher症候群 名詞 一般 * * * * Miller Fish...er症候群 ... MeSH D019846 200906092174030462 C LS51 UNKNOWN_2 Miller Fisher 症候群

  8. J-GLOBAL MeSH Dictionary: 脳炎後Parkinson病 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 脳炎後Parkinson病 名詞 一般 * * * * 脳炎後Parkinson...病 ... MeSH D010301 200906059308054765 C LS51 UNKNOWN_2 脳炎 後 Parkinson 病

  9. An Interpreted Language and System for the Visualization of Unstructured Meshes

    Science.gov (United States)

    Moran, Patrick J.; Gerald-Yamasaki, Michael (Technical Monitor)

    1998-01-01

    We present an interpreted language and system supporting the visualization of unstructured meshes and the manipulation of shapes defined in terms of mesh subsets. The language features primitives inspired by geometric modeling, mathematical morphology and algebraic topology. The adaptation of the topology ideas to an interpreted environment, along with support for programming constructs such, as user function definition, provide a flexible system for analyzing a mesh and for calculating with shapes defined in terms of the mesh. We present results demonstrating some of the capabilities of the language, based on an implementation called the Shape Calculator, for tetrahedral meshes in R^3.

  10. Opfront: mesh

    DEFF Research Database (Denmark)

    2015-01-01

    Mesh generation and visualization software based on the CGAL library. Folder content: drawmesh Visualize slices of the mesh (surface/volumetric) as wireframe on top of an image (3D). drawsurf Visualize surfaces of the mesh (surface/volumetric). img2mesh Convert isosurface in image to volumetric m...... mesh (medit format). img2off Convert isosurface in image to surface mesh (off format). off2mesh Convert surface mesh (off format) to volumetric mesh (medit format). reduce Crop and resize 3D and stacks of images. data Example data to test the library on...

  11. J-GLOBAL MeSH Dictionary: Beckwith‐Wiedemann症候群 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Beckwith‐Wiedemann症候群 名詞 一般 * * * * Beckwith‐Wiedema...nn症候群 ... MeSH D001506 200906069594906736 C LS51 UNKNOWN_2 Beckwith ‐ Wiedemann 症候群

  12. J-GLOBAL MeSH Dictionary: Unverricht‐Lundborg症候群 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Unverricht‐Lundborg症候群 名詞 一般 * * * * Unverricht‐Lundborg...症候群 ... MeSH D020194 200906063627596055 C LS51 UNKNOWN_2 Unverricht ‐ Lundborg 症候群

  13. J-GLOBAL MeSH Dictionary: Romano‐Ward症候群 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Romano‐Ward症候群 名詞 一般 * * * * Roman...o‐Ward症候群 ... MeSH D029597 200906088761501012 C LS51 UNKNOWN_2 Romano ‐ Ward 症候群

  14. J-GLOBAL MeSH Dictionary: Stevens‐Johnson症候群 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Stevens‐Johnson症候群 名詞 一般 * * * * Stevens‐Johnson...症候群 ... MeSH D013262 200906041743408238 C LS51 UNKNOWN_2 Stevens ‐ Johnson 症候群

  15. J-GLOBAL MeSH Dictionary: DNA変異解析 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term DNA変異解析 名詞 サ変接続 * * * * DNA変異解析 ... MeSH D004252 200906076541975830 C LS03 MULTI_WORD DNA 変異 解析

  16. J-GLOBAL MeSH Dictionary: 続発性Parkinson病 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 続発性Parkinson病 名詞 一般 * * * * 続発性Parkinson...病 ... MeSH D010302 200906066729735210 C LS51 UNKNOWN_2 続発 性 Parkinson 病

  17. Mesh size in Lichtenstein repair: a systematic review and meta-analysis to determine the importance of mesh size.

    Science.gov (United States)

    Seker, D; Oztuna, D; Kulacoglu, H; Genc, Y; Akcil, M

    2013-04-01

    Small mesh size has been recognized as one of the factors responsible for recurrence after Lichtenstein hernia repair due to insufficient coverage or mesh shrinkage. The Lichtenstein Hernia Institute recommends a 7 × 15 cm mesh that can be trimmed up to 2 cm from the lateral side. We performed a systematic review to determine surgeons' mesh size preference for the Lichtenstein hernia repair and made a meta-analysis to determine the effect of mesh size, mesh type, and length of follow-up time on recurrence. Two medical databases, PubMed and ISI Web of Science, were systematically searched using the key word "Lichtenstein repair." All full text papers were selected. Publications mentioning mesh size were brought for further analysis. A mesh surface area of 90 cm(2) was accepted as the threshold for defining the mesh as small or large. Also, a subgroup analysis for recurrence pooled proportion according to the mesh size, mesh type, and follow-up period was done. In total, 514 papers were obtained. There were no prospective or retrospective clinical studies comparing mesh size and clinical outcome. A total of 141 papers were duplicated in both databases. As a result, 373 papers were obtained. The full text was available in over 95 % of papers. Only 41 (11.2 %) papers discussed mesh size. In 29 studies, a mesh larger than 90 cm(2) was used. The most frequently preferred commercial mesh size was 7.5 × 15 cm. No papers mentioned the size of the mesh after trimming. There was no information about the relationship between mesh size and patient BMI. The pooled proportion in recurrence for small meshes was 0.0019 (95 % confidence interval: 0.007-0.0036), favoring large meshes to decrease the chance of recurrence. Recurrence becomes more marked when follow-up period is longer than 1 year (p < 0.001). Heavy meshes also decreased recurrence (p = 0.015). This systematic review demonstrates that the size of the mesh used in Lichtenstein hernia repair is rarely

  18. Documentation for MeshKit - Reactor Geometry (&mesh) Generator

    Energy Technology Data Exchange (ETDEWEB)

    Jain, Rajeev [Argonne National Lab. (ANL), Argonne, IL (United States); Mahadevan, Vijay [Argonne National Lab. (ANL), Argonne, IL (United States)

    2015-09-30

    This report gives documentation for using MeshKit’s Reactor Geometry (and mesh) Generator (RGG) GUI and also briefly documents other algorithms and tools available in MeshKit. RGG is a program designed to aid in modeling and meshing of complex/large hexagonal and rectilinear reactor cores. RGG uses Argonne’s SIGMA interfaces, Qt and VTK to produce an intuitive user interface. By integrating a 3D view of the reactor with the meshing tools and combining them into one user interface, RGG streamlines the task of preparing a simulation mesh and enables real-time feedback that reduces accidental scripting mistakes that could waste hours of meshing. RGG interfaces with MeshKit tools to consolidate the meshing process, meaning that going from model to mesh is as easy as a button click. This report is designed to explain RGG v 2.0 interface and provide users with the knowledge and skills to pilot RGG successfully. Brief documentation of MeshKit source code, tools and other algorithms available are also presented for developers to extend and add new algorithms to MeshKit. RGG tools work in serial and parallel and have been used to model complex reactor core models consisting of conical pins, load pads, several thousands of axially varying material properties of instrumentation pins and other interstices meshes.

  19. J-GLOBAL MeSH Dictionary: 付着部位 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 付着部位 名詞 一般 * * * * 付着部位【微生物学】 ... MeSH D001287 200906089328759583 C CA22 MULTI_WORD 付着 部位

  20. The mesh controversy [version 1; referees: 2 approved

    Directory of Open Access Journals (Sweden)

    Joshua A. Cohn

    2016-09-01

    Full Text Available Pelvic organ prolapse and stress urinary incontinence are common conditions for which approximately 11% of women will undergo surgical intervention in their lifetime. The use of vaginal mesh for pelvic organ prolapse and stress urinary incontinence rose rapidly in the early 2000s as over 100 mesh products were introduced into the clinical armamentarium with little regulatory oversight for their use. US Food and Drug Administration Public Health Notifications in 2008 and 2011, as well as reclassification of transvaginal mesh for prolapse to class III in early 2016, were a response to debilitating complications associated with transvaginal mesh placement in many women. The midurethral sling has not been subject to the same reclassification and continues to be endorsed as the “gold standard” for surgical management of stress urinary incontinence by subspecialty societies. However, litigators have not differentiated between mesh for prolapse and mesh for incontinence. As such, all mesh, including that placed for stress urinary incontinence, faces continued controversy amidst an uncertain future. In this article, we review the background of the mesh controversy, recent developments, and the anticipated role of mesh in surgery for prolapse and stress urinary incontinence going forward.

  1. Reconfigurable lattice mesh designs for programmable photonic processors.

    Science.gov (United States)

    Pérez, Daniel; Gasulla, Ivana; Capmany, José; Soref, Richard A

    2016-05-30

    We propose and analyse two novel mesh design geometries for the implementation of tunable optical cores in programmable photonic processors. These geometries are the hexagonal and the triangular lattice. They are compared here to a previously proposed square mesh topology in terms of a series of figures of merit that account for metrics that are relevant to on-chip integration of the mesh. We find that that the hexagonal mesh is the most suitable option of the three considered for the implementation of the reconfigurable optical core in the programmable processor.

  2. Adaptive-mesh zoning by the equipotential method

    Energy Technology Data Exchange (ETDEWEB)

    Winslow, A.M.

    1981-04-01

    An adaptive mesh method is proposed for the numerical solution of differential equations which causes the mesh lines to move closer together in regions where higher resolution in some physical quantity T is desired. A coefficient D > 0 is introduced into the equipotential zoning equations, where D depends on the gradient of T . The equations are inverted, leading to nonlinear elliptic equations for the mesh coordinates with source terms which depend on the gradient of D. A functional form of D is proposed.

  3. The Role of Vaginal Mesh Procedures in Pelvic Organ Prolapse Surgery in View of Complication Risk

    Directory of Open Access Journals (Sweden)

    David R. Ellington

    2013-01-01

    Full Text Available Synthetic transvaginal mesh has been employed in the treatment of pelvic organ prolapse for more than a decade. As the use of these devices increased during this period so did adverse event reporting. In 2008, the Food and Drug Administration (FDA Public Health Notification informed physicians and patients of rising concerns with the use of synthetic transvaginal mesh. Shortly thereafter and in parallel to marked increases in adverse event reporting within the Manufacturer and User Device Experience (MAUDE, the FDA released a Safety Communication regarding urogynecologic surgical mesh use. Following this report and in the wake of increased medical industry product withdrawal, growing medicolegal concerns, patient safety, and clinical practice controversy, many gynecologists and pelvic reconstructive surgeons are left with limited long-term data, clinical guidance, and growing uncertainty regarding the role of synthetic transvaginal mesh use in pelvic organ prolapse. This paper reviews the reported complications of synthetic transvaginal mesh with an evidence-based approach as well as providing suggested guidance for the future role of its use amidst the controversy.

  4. The Role of Vaginal Mesh Procedures in Pelvic Organ Prolapse Surgery in View of Complication Risk

    Science.gov (United States)

    Ellington, David R.; Richter, Holly E.

    2013-01-01

    Synthetic transvaginal mesh has been employed in the treatment of pelvic organ prolapse for more than a decade. As the use of these devices increased during this period so did adverse event reporting. In 2008, the Food and Drug Administration (FDA) Public Health Notification informed physicians and patients of rising concerns with the use of synthetic transvaginal mesh. Shortly thereafter and in parallel to marked increases in adverse event reporting within the Manufacturer and User Device Experience (MAUDE), the FDA released a Safety Communication regarding urogynecologic surgical mesh use. Following this report and in the wake of increased medical industry product withdrawal, growing medicolegal concerns, patient safety, and clinical practice controversy, many gynecologists and pelvic reconstructive surgeons are left with limited long-term data, clinical guidance, and growing uncertainty regarding the role of synthetic transvaginal mesh use in pelvic organ prolapse. This paper reviews the reported complications of synthetic transvaginal mesh with an evidence-based approach as well as providing suggested guidance for the future role of its use amidst the controversy. PMID:24069035

  5. Laparoscopic removal of mesh used in pelvic floor surgery.

    Science.gov (United States)

    Khong, Su-Yen; Lam, Alan

    2009-01-01

    Various meshes are being used widely in clinical practice for pelvic reconstructive surgery despite the lack of evidence of their long-term safety and efficacy. Management of complications such as mesh erosion and dyspareunia can be challenging. Most mesh-related complications can probably be managed successfully via the transvaginal route; however, this may be impossible if surgical access is poor. This case report demonstrates the successful laparoscopic removal of mesh after several failed attempts via the vaginal route.

  6. Quality of pharmacy-specific Medical Subject Headings (MeSH) assignment in pharmacy journals indexed in MEDLINE.

    Science.gov (United States)

    Minguet, Fernando; Salgado, Teresa M; van den Boogerd, Lucienne; Fernandez-Llimos, Fernando

    2015-01-01

    The Medical Subject Headings (MeSH) is the National Library of Medicine (NLM) controlled vocabulary for indexing articles. Inaccuracies in the MeSH thesaurus have been reported for several areas including pharmacy. To assess the quality of pharmacy-specific MeSH assignment to articles indexed in pharmacy journals. The 10 journals containing the highest number of articles published in 2012 indexed under the MeSH 'Pharmacists' were identified. All articles published over a 5-year period (2008-2012) in the 10 previously selected journals were retrieved from PubMed. MeSH terms used to index these articles were extracted and pharmacy-specific MeSH terms were identified. The frequency of use of pharmacy-specific MeSH terms was calculated across journals. A total of 6989 articles were retrieved from the 10 pharmacy journals, of which 328 (4.7%) were articles not fully indexed and therefore did not contain any MeSH terms assigned. Among the 6661 articles fully indexed, the mean number of MeSH terms was 10.1 (SD = 4.0), being 1.0 (SD = 1.3) considered as Major MeSH. Both values significantly varied across journals. The mean number of pharmacy-specific MeSH terms per article was 0.9 (SD = 1.2). A total of 3490 (52.4%) of the 6661 articles were indexed in pharmacy journals without a single pharmacy-specific MeSH. Of the total 67193 MeSH terms assigned to articles, on average 10.5% (SD = 13.9) were pharmacy-specific MeSH. A statistically significant different pattern of pharmacy-specific MeSH assignment was identified across journals (Kruskal-Wallis P journals can be improved to further enhance evidence gathering in pharmacy. Over half of the articles published in the top-10 journals publishing pharmacy literature were indexed without a single pharmacy-specific MeSH. Copyright © 2015 Elsevier Inc. All rights reserved.

  7. Mesh Excision: Is Total Mesh Excision Necessary?

    Science.gov (United States)

    Wolff, Gillian F; Winters, J Christian; Krlin, Ryan M

    2016-04-01

    Nearly 29% of women will undergo a secondary, repeat operation for pelvic organ prolapse (POP) symptom recurrence following a primary repair, as reported by Abbott et al. (Am J Obstet Gynecol 210:163.e1-163.e1, 2014). In efforts to decrease the rates of failure, graft materials have been utilized to augment transvaginal repairs. Following the success of using polypropylene mesh (PPM) for stress urinary incontinence (SUI), the use of PPM in the transvaginal repair of POP increased. However, in recent years, significant concerns have been raised about the safety of PPM mesh. Complications, some specific to mesh, such as exposures, erosion, dyspareunia, and pelvic pain, have been reported with increased frequency. In the current literature, there is not substantive evidence to suggest that PPM has intrinsic properties that warrant total mesh removal in the absence of complications. There are a number of complications that can occur after transvaginal mesh placement that do warrant surgical intervention after failure of conservative therapy. In aggregate, there are no high-quality controlled studies that clearly demonstrate that total mesh removal is consistently more likely to achieve pain reduction. In the cases of obstruction and erosion, it seems clear that definitive removal of the offending mesh is associated with resolution of symptoms in the majority of cases and reasonable practice. There are a number of complications that can occur with removal of mesh, and patients should be informed of this as they formulate a choice of treatment. We will review these considerations as we examine the clinical question of whether total versus partial removal of mesh is necessary for the resolution of complications following transvaginal mesh placement.

  8. J-GLOBAL MeSH Dictionary: 獣医学教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 獣医学教育 名詞 サ変接続 * * * * 獣医学教育 ... MeSH D004520 200906017303390100 C LS52 MULTI_WORD 獣医 学 教育

  9. J-GLOBAL MeSH Dictionary: 原形質連絡 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 原形質連絡 名詞 サ変接続 * * * * 原形質連絡 ... MeSH D031425 200906044945934275 C LS17 MULTI_WORD 原 形質 連絡

  10. J-GLOBAL MeSH Dictionary: 予約と予定 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 予約と予定 名詞 サ変接続 * * * * 予約と予定 ... MeSH D001071 200906035780472582 C LS53 MULTI_WORD 予約 と 予定

  11. J-GLOBAL MeSH Dictionary: 歯の石灰化 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯の石灰化 名詞 サ変接続 * * * * 歯の石灰化 ... MeSH D014074 200906088431274796 C LS12 MULTI_WORD 歯 の 石灰 化

  12. J-GLOBAL MeSH Dictionary: 病院人事管理 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病院人事管理 名詞 サ変接続 * * * * 病院人事管理 ... MeSH D010557 200906060932138653 C LS53 MULTI_WORD 病院 人事 管理

  13. J-GLOBAL MeSH Dictionary: ナデシコ属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ナデシコ属 名詞 サ変接続 * * * * ナデシコ属 ... MeSH D029749 200906077975292087 C LS06 MULTI_WORD ナデシコ 属

  14. J-GLOBAL MeSH Dictionary: 染色体分離 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 染色体分離 名詞 サ変接続 * * * * 染色体分離 ... MeSH D020090 200906072249694913 C LS17 MULTI_WORD 染色 体 分離

  15. J-GLOBAL MeSH Dictionary: 白血球分離 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 白血球分離 名詞 サ変接続 * * * * 白血球分離 ... MeSH D007937 200906081034660715 C LS52 MULTI_WORD 白血球 分離

  16. J-GLOBAL MeSH Dictionary: 心理テスト [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 心理テスト 名詞 サ変接続 * * * * 心理テスト ... MeSH D011581 200906074881638444 C LS52 MULTI_WORD 心理 テスト

  17. J-GLOBAL MeSH Dictionary: 皮内テスト [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 皮内テスト 名詞 サ変接続 * * * * 皮内テスト ... MeSH D007428 200906027214933189 C LS52 MULTI_WORD 皮 内 テスト

  18. J-GLOBAL MeSH Dictionary: 麻酔前投薬 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 麻酔前投薬 名詞 サ変接続 * * * * 麻酔前投薬 ... MeSH D011229 200906041637562074 C LS52 MULTI_WORD 麻酔 前 投薬

  19. J-GLOBAL MeSH Dictionary: イヌの病気 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌの病気 名詞 サ変接続 * * * * イヌの病気 ... MeSH D004283 200906044755837508 C LS56 MULTI_WORD イヌ の 病気

  20. J-GLOBAL MeSH Dictionary: イヌゴマ属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌゴマ属 名詞 サ変接続 * * * * イヌゴマ属 ... MeSH D031366 200906097608926429 C LS06 MULTI_WORD イヌ ゴマ 属

  1. J-GLOBAL MeSH Dictionary: 習慣性流産 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 習慣性流産 名詞 サ変接続 * * * * 習慣性流産 ... MeSH D000026 200906042578108654 C LS51 MULTI_WORD 習慣 性 流産

  2. J-GLOBAL MeSH Dictionary: 溶血性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 溶血性貧血 名詞 サ変接続 * * * * 溶血性貧血 ... MeSH D000743 200906028712677110 C LS51 MULTI_WORD 溶血 性 貧血

  3. J-GLOBAL MeSH Dictionary: 新生児貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 新生児貧血 名詞 サ変接続 * * * * 新生児貧血 ... MeSH D000751 200906064749487954 C LS51 MULTI_WORD 新生児 貧血

  4. J-GLOBAL MeSH Dictionary: 不応性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 不応性貧血 名詞 サ変接続 * * * * 不応性貧血 ... MeSH D000753 200906060445540950 C LS51 UNKNOWN_2 不 応性 貧血

  5. J-GLOBAL MeSH Dictionary: 治療的流産 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 治療的流産 名詞 サ変接続 * * * * 治療的流産 ... MeSH D000032 200906045728492139 C LS52 MULTI_WORD 治療 的 流産

  6. J-GLOBAL MeSH Dictionary: 亜急性治療 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 亜急性治療 名詞 サ変接続 * * * * 亜急性治療 ... MeSH D019467 200906003466097590 C LS52 MULTI_WORD 亜 急性 治療

  7. J-GLOBAL MeSH Dictionary: 無報酬治療 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 無報酬治療 名詞 サ変接続 * * * * 無報酬治療 ... MeSH D017664 200906066905625583 C LS53 MULTI_WORD 無 報酬 治療

  8. J-GLOBAL MeSH Dictionary: 化学的抑制 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 化学的抑制 名詞 サ変接続 * * * * 化学的抑制 ... MeSH D003864 200906087388495639 C LS43 MULTI_WORD 化学 的 抑制

  9. A collective review of biological versus synthetic mesh-reinforced cruroplasty during laparoscopic Nissen fundoplication

    Directory of Open Access Journals (Sweden)

    P S S Castelijns

    2018-01-01

    Conclusion: Mesh reinforcement of hiatal hernia repair seems safe in the short-term follow-up. The available literature suggests no clear advantage of biological over synthetic meshes. Regarding cost-efficiency and short-term results, the use of synthetic nonabsorbable meshes might be advocated.

  10. Fog water collection effectiveness: Mesh intercomparisons

    Science.gov (United States)

    Fernandez, Daniel; Torregrosa, Alicia; Weiss-Penzias, Peter; Zhang, Bong June; Sorensen, Deckard; Cohen, Robert; McKinley, Gareth; Kleingartner, Justin; Oliphant, Andrew; Bowman, Matthew

    2018-01-01

    To explore fog water harvesting potential in California, we conducted long-term measurements involving three types of mesh using standard fog collectors (SFC). Volumetric fog water measurements from SFCs and wind data were collected and recorded in 15-minute intervals over three summertime fog seasons (2014–2016) at four California sites. SFCs were deployed with: standard 1.00 m2 double-layer 35% shade coefficient Raschel; stainless steel mesh coated with the MIT-14 hydrophobic formulation; and FogHa-Tin, a German manufactured, 3-dimensional spacer fabric deployed in two orientations. Analysis of 3419 volumetric samples from all sites showed strong relationships between mesh efficiency and wind speed. Raschel mesh collected 160% more fog water than FogHa-Tin at wind speeds less than 1 m s–1 and 45% less for wind speeds greater than 5 m s–1. MIT-14 coated stainless-steel mesh collected more fog water than Raschel mesh at all wind speeds. At low wind speeds of steel mesh collected 3% more and at wind speeds of 4–5 m s–1, it collected 41% more. FogHa-Tin collected 5% more fog water when the warp of the weave was oriented vertically, per manufacturer specification, than when the warp of the weave was oriented horizontally. Time series measurements of three distinct mesh across similar wind regimes revealed inconsistent lags in fog water collection and inconsistent performance. Since such differences occurred under similar wind-speed regimes, we conclude that other factors play important roles in mesh performance, including in-situ fog event and aerosol dynamics that affect droplet-size spectra and droplet-to-mesh surface interactions.

  11. J-GLOBAL MeSH Dictionary: 栄養素過剰 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 栄養素過剰 名詞 形容動詞語幹 * * * * 栄養素過剰 ... MeSH D044343 200906098421418663 C LS73 MULTI_WORD 栄養素 過剰

  12. J-GLOBAL MeSH Dictionary: Smith‐Lemli‐Opitz症候群 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Smith‐Lemli‐Opitz症候群 名詞 一般 * * * * Smit...h‐Lemli‐Opitz症候群 ... MeSH D019082 200906079487457878 C LS51 UNKNOWN_2 Smith ‐ Lemli ‐ Opitz 症候群

  13. J-GLOBAL MeSH Dictionary: AB変異型Tay‐Sachs病 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term AB変異型Tay‐Sachs病 名詞 一般 * * * * AB変異...型Tay‐Sachs病 ... MeSH D049290 200906052904481110 C LS51 UNKNOWN_2 A B 変異 型 Tay ‐ Sachs 病

  14. Fog water collection effectiveness: Mesh intercomparisons

    Science.gov (United States)

    Fernandez, Daniel; Torregrosa, Alicia; Weiss-Penzias, Peter; Zhang, Bong June; Sorensen, Deckard; Cohen, Robert; McKinley, Gareth; Kleingartner, Justin; Oliphant, Andrew; Bowman, Matthew

    2018-01-01

    To explore fog water harvesting potential in California, we conducted long-term measurements involving three types of mesh using standard fog collectors (SFC). Volumetric fog water measurements from SFCs and wind data were collected and recorded in 15-minute intervals over three summertime fog seasons (2014–2016) at four California sites. SFCs were deployed with: standard 1.00 m2 double-layer 35% shade coefficient Raschel; stainless steel mesh coated with the MIT-14 hydrophobic formulation; and FogHa-Tin, a German manufactured, 3-dimensional spacer fabric deployed in two orientations. Analysis of 3419 volumetric samples from all sites showed strong relationships between mesh efficiency and wind speed. Raschel mesh collected 160% more fog water than FogHa-Tin at wind speeds less than 1 m s–1 and 45% less for wind speeds greater than 5 m s–1. MIT-14 coated stainless-steel mesh collected more fog water than Raschel mesh at all wind speeds. At low wind speeds of wind speeds of 4–5 m s–1, it collected 41% more. FogHa-Tin collected 5% more fog water when the warp of the weave was oriented vertically, per manufacturer specification, than when the warp of the weave was oriented horizontally. Time series measurements of three distinct mesh across similar wind regimes revealed inconsistent lags in fog water collection and inconsistent performance. Since such differences occurred under similar wind-speed regimes, we conclude that other factors play important roles in mesh performance, including in-situ fog event and aerosol dynamics that affect droplet-size spectra and droplet-to-mesh surface interactions.

  15. Notes on the Mesh Handler and Mesh Data Conversion

    International Nuclear Information System (INIS)

    Lee, Sang Yong; Park, Chan Eok

    2009-01-01

    At the outset of the development of the thermal-hydraulic code (THC), efforts have been made to utilize the recent technology of the computational fluid dynamics. Among many of them, the unstructured mesh approach was adopted to alleviate the restriction of the grid handling system. As a natural consequence, a mesh handler (MH) has been developed to manipulate the complex mesh data from the mesh generator. The mesh generator, Gambit, was chosen at the beginning of the development of the code. But a new mesh generator, Pointwise, was introduced to get more flexible mesh generation capability. An open source code, Paraview, was chosen as a post processor, which can handle unstructured as well as structured mesh data. Overall data processing system for THC is shown in Figure-1. There are various file formats to save the mesh data in the permanent storage media. A couple of dozen of file formats are found even in the above mentioned programs. A competent mesh handler should have the capability to import or export mesh data as many as possible formats. But, in reality, there are two aspects that make it difficult to achieve the competence. The first aspect to consider is the time and efforts to program the interface code. And the second aspect, which is even more difficult one, is the fact that many mesh data file formats are proprietary information. In this paper, some experience of the development of the format conversion programs will be presented. File formats involved are Gambit neutral format, Ansys-CFX grid file format, VTK legacy file format, Nastran format and CGNS

  16. J-GLOBAL MeSH Dictionary: 病院教育部門 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病院教育部門 名詞 一般 * * * * 病院教育部門 ... MeSH D004494 200906079476731870 C LS53 MULTI_WORD 病院 教育 部門

  17. J-GLOBAL MeSH Dictionary: 早期介入(教育) [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 早期介入(教育) 名詞 一般 * * * * 早期介入(教育) ... MeSH D018479 200906083619290495 C LS52 MULTI_WORD 早期 介入 ( 教育 )

  18. J-GLOBAL MeSH Dictionary: 日本住血吸虫 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 日本住血吸虫 名詞 一般 * * * * 日本住血吸虫 ... MeSH D012549 200906040725490354 C LS05 UNKNOWN_2 日本 住 血 吸虫

  19. J-GLOBAL MeSH Dictionary: 知覚芸術療法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 知覚芸術療法 名詞 一般 * * * * 知覚芸術療法 ... MeSH D026421 200906073979512183 C LS52 MULTI_WORD 知覚 芸術 療法

  20. J-GLOBAL MeSH Dictionary: 聴覚知覚障害 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 聴覚知覚障害 名詞 一般 * * * * 聴覚知覚障害 ... MeSH D006311 200906076519692875 C LS51 MULTI_WORD 聴覚 知覚 障害

  1. J-GLOBAL MeSH Dictionary: 歯の構成部分 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯の構成部分 名詞 一般 * * * * 歯の構成部分 ... MeSH D019589 200906027926995130 C LS16 MULTI_WORD 歯 の 構成 部分

  2. J-GLOBAL MeSH Dictionary: 診療録管理者 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 診療録管理者 名詞 一般 * * * * 診療録管理者 ... MeSH D008497 200906084557321522 C LS52 MULTI_WORD 診療 録 管理 者

  3. J-GLOBAL MeSH Dictionary: 神経栄養血管 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 神経栄養血管 名詞 一般 * * * * 神経栄養血管 ... MeSH D014650 200906084769098181 C LS16 MULTI_WORD 神経 栄養 血管

  4. J-GLOBAL MeSH Dictionary: 肥満細胞肉腫 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 肥満細胞肉腫 名詞 一般 * * * * 肥満細胞肉腫 ... MeSH D012515 200906075499441246 C LS51 MULTI_WORD 肥満 細胞 肉腫

  5. J-GLOBAL MeSH Dictionary: 肥満症マウス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 肥満症マウス 名詞 一般 * * * * 肥満症マウス ... MeSH D008820 200906044986010347 C LS05 MULTI_WORD 肥満 症 マウス

  6. J-GLOBAL MeSH Dictionary: 口腔白色浮腫 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 口腔白色浮腫 名詞 一般 * * * * 口腔白色浮腫 ... MeSH D007967 200906017342545978 C LS51 MULTI_WORD 口腔 白色 浮腫

  7. J-GLOBAL MeSH Dictionary: 実験的糖尿病 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 実験的糖尿病 名詞 一般 * * * * 実験的糖尿病 ... MeSH D003921 200906030578537980 C LS51 MULTI_WORD 実験 的 糖尿 病

  8. J-GLOBAL MeSH Dictionary: 前糖尿病状態 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 前糖尿病状態 名詞 一般 * * * * 前糖尿病状態 ... MeSH D011236 200906003010505394 C LS51 MULTI_WORD 前 糖尿 病 状態

  9. J-GLOBAL MeSH Dictionary: 糖尿病合併症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 糖尿病合併症 名詞 一般 * * * * 糖尿病合併症 ... MeSH D048909 200906084862461407 C LS51 MULTI_WORD 糖尿 病 合併症

  10. J-GLOBAL MeSH Dictionary: 宗教団体病院 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 宗教団体病院 名詞 一般 * * * * 宗教団体病院 ... MeSH D016519 200906008034595841 C LS53 MULTI_WORD 宗教 団体 病院

  11. J-GLOBAL MeSH Dictionary: 神経内分泌学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 神経内分泌学 名詞 一般 * * * * 神経内分泌学 ... MeSH D009452 200906017232481117 C LS52 MULTI_WORD 神経 内分泌 学

  12. J-GLOBAL MeSH Dictionary: 電子X線写真法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 電子X線写真法 名詞 一般 * * * * 電子X線写真法 ... MeSH D014986 200906039861419983 C LS52 MULTI_WORD 電子 X線 写真 法

  13. J-GLOBAL MeSH Dictionary: フモニシン類 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term フモニシン類 名詞 一般 * * * * フモニシン類 ... MeSH D037341 200906011950684940 C CA06 UNKNOWN_2 フモニシン 類

  14. J-GLOBAL MeSH Dictionary: Ｘ線フィルム [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ｘ線フィルム 名詞 一般 * * * * X線フィルム ... MeSH D014962 200906032028494217 C LS54 MULTI_WORD Ｘ線 フィルム

  15. J-GLOBAL MeSH Dictionary: 生物学的現象 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 生物学的現象 名詞 一般 * * * * 生物学的現象 ... MeSH D001686 200906010674913976 C LS01 MULTI_WORD 生物 学 的 現象

  16. J-GLOBAL MeSH Dictionary: 土壌微生物学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 土壌微生物学 名詞 一般 * * * * 土壌微生物学 ... MeSH D012988 200906019684241337 C LS01 MULTI_WORD 土壌 微生物 学

  17. J-GLOBAL MeSH Dictionary: 放射線生物学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 放射線生物学 名詞 一般 * * * * 放射線生物学 ... MeSH D011853 200906033522544703 C LS01 MULTI_WORD 放射線 生物 学

  18. J-GLOBAL MeSH Dictionary: 水中微生物学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 水中微生物学 名詞 一般 * * * * 水中微生物学 ... MeSH D014871 200906037590846551 C LS01 MULTI_WORD 水中 微生物 学

  19. J-GLOBAL MeSH Dictionary: 環境微生物学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 環境微生物学 名詞 一般 * * * * 環境微生物学 ... MeSH D004783 200906018541182430 C LS01 MULTI_WORD 環境 微生物 学

  20. J-GLOBAL MeSH Dictionary: 微生物学技術 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 微生物学技術 名詞 一般 * * * * 微生物学技術 ... MeSH D008828 200906004427418156 C LS03 MULTI_WORD 微生物 学 技術

  1. J-GLOBAL MeSH Dictionary: 食品微生物学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 食品微生物学 名詞 一般 * * * * 食品微生物学 ... MeSH D005516 200906003748444187 C LS01 MULTI_WORD 食品 微生物 学

  2. J-GLOBAL MeSH Dictionary: 生物学的製剤 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 生物学的製剤 名詞 一般 * * * * 生物学的製剤 ... MeSH D001688 200906093157491878 C LS44 MULTI_WORD 生物 学 的 製剤

  3. J-GLOBAL MeSH Dictionary: 空気微生物学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 空気微生物学 名詞 一般 * * * * 空気微生物学 ... MeSH D000391 200906066902213632 C LS01 MULTI_WORD 空気 微生物 学

  4. J-GLOBAL MeSH Dictionary: 工業微生物学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 工業微生物学 名詞 一般 * * * * 工業微生物学 ... MeSH D007218 200906060828127240 C LS01 MULTI_WORD 工業 微生物 学

  5. J-GLOBAL MeSH Dictionary: アンピシリン [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term アンピシリン 名詞 一般 * * * * アンピシリン ... MeSH D000667 200906025478678478 C LS44 UNKNOWN_1 アンピシリン

  6. J-GLOBAL MeSH Dictionary: 間葉軟骨肉腫 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 間葉軟骨肉腫 名詞 一般 * * * * 間葉軟骨肉腫 ... MeSH D018211 200906061984973689 C LS51 MULTI_WORD 間 葉 軟骨 肉腫

  7. J-GLOBAL MeSH Dictionary: Ｂ型肝炎抗原 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ｂ型肝炎抗原 名詞 一般 * * * * B型肝炎抗原 ... MeSH D006511 200906050785177065 C LS19 MULTI_WORD Ｂ 型 肝炎 抗原

  8. J-GLOBAL MeSH Dictionary: Ａ型肝炎抗体 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ａ型肝炎抗体 名詞 一般 * * * * A型肝炎抗体 ... MeSH D035922 200906001654221670 C LS33 MULTI_WORD Ａ 型 肝炎 抗体

  9. J-GLOBAL MeSH Dictionary: Ａ型肝炎抗原 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ａ型肝炎抗原 名詞 一般 * * * * A型肝炎抗原 ... MeSH D035921 200906080023785633 C LS19 MULTI_WORD Ａ 型 肝炎 抗原

  10. J-GLOBAL MeSH Dictionary: Ｄ型慢性肝炎 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ｄ型慢性肝炎 名詞 一般 * * * * D型慢性肝炎 ... MeSH D019701 200906044714680645 C LS51 MULTI_WORD Ｄ 型 慢性 肝炎

  11. J-GLOBAL MeSH Dictionary: Ｂ型慢性肝炎 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ｂ型慢性肝炎 名詞 一般 * * * * B型慢性肝炎 ... MeSH D019694 200906015855744949 C LS51 MULTI_WORD Ｂ 型 慢性 肝炎

  12. J-GLOBAL MeSH Dictionary: Ｃ型肝炎抗原 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ｃ型肝炎抗原 名詞 一般 * * * * C型肝炎抗原 ... MeSH D018936 200906007698803585 C LS19 MULTI_WORD Ｃ型肝炎 抗原

  13. J-GLOBAL MeSH Dictionary: Ｃ型肝炎抗体 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ｃ型肝炎抗体 名詞 一般 * * * * C型肝炎抗体 ... MeSH D018937 200906020073932782 C LS33 MULTI_WORD Ｃ型肝炎 抗体

  14. J-GLOBAL MeSH Dictionary: Ｂ型肝炎抗体 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ｂ型肝炎抗体 名詞 一般 * * * * B型肝炎抗体 ... MeSH D006510 200906086024466483 C LS33 MULTI_WORD Ｂ 型 肝炎 抗体

  15. J-GLOBAL MeSH Dictionary: 赤血球増加症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 赤血球増加症 名詞 一般 * * * * 赤血球増加症 ... MeSH D011086 200906023006680700 C LS51 MULTI_WORD 赤血球 増加 症

  16. J-GLOBAL MeSH Dictionary: 浸透圧脆弱性 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 浸透圧脆弱性 名詞 一般 * * * * 浸透圧脆弱性 ... MeSH D009996 200906002890600211 C LS52 UNKNOWN_2 浸透 圧脆 弱 性

  17. J-GLOBAL MeSH Dictionary: 染色体脆弱性 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 染色体脆弱性 名詞 一般 * * * * 染色体脆弱性 ... MeSH D002873 200906027020200245 C LS18 MULTI_WORD 染色 体 脆弱 性

  18. J-GLOBAL MeSH Dictionary: 医学的心理学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医学的心理学 名詞 一般 * * * * 医学的心理学 ... MeSH D011591 200906088576890150 C LS52 MULTI_WORD 医学 的 心理 学

  19. J-GLOBAL MeSH Dictionary: 逆転移(心理学) [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 逆転移(心理学) 名詞 一般 * * * * 逆転移(心理学) ... MeSH D003379 200906090716586443 C LS52 MULTI_WORD 逆 転移 ( 心理 学 )

  20. J-GLOBAL MeSH Dictionary: 心理学的技術 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 心理学的技術 名詞 一般 * * * * 心理学的技術 ... MeSH D011580 200906057910785735 C LS52 MULTI_WORD 心理 学 的 技術

  1. J-GLOBAL MeSH Dictionary: 放射線キメラ [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 放射線キメラ 名詞 一般 * * * * 放射線キメラ ... MeSH D011828 200906010239325833 C LS01 UNKNOWN_2 放射線 キメラ

  2. J-GLOBAL MeSH Dictionary: 小児栄養障害 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 小児栄養障害 名詞 一般 * * * * 小児栄養障害 ... MeSH D015362 200906040396967713 C LS51 MULTI_WORD 小児 栄養 障害

  3. J-GLOBAL MeSH Dictionary: 胎児栄養障害 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 胎児栄養障害 名詞 一般 * * * * 胎児栄養障害 ... MeSH D048070 200906067406427254 C LS51 MULTI_WORD 胎児 栄養 障害

  4. J-GLOBAL MeSH Dictionary: 乳児栄養障害 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 乳児栄養障害 名詞 一般 * * * * 乳児栄養障害 ... MeSH D007228 200906022709072706 C LS51 MULTI_WORD 乳児 栄養 障害

  5. J-GLOBAL MeSH Dictionary: 血液循環時間 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 血液循環時間 名詞 一般 * * * * 血液循環時間 ... MeSH D001776 200906021080075204 C LS12 MULTI_WORD 血液 循環 時間

  6. J-GLOBAL MeSH Dictionary: 抗マラリア薬 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 抗マラリア薬 名詞 一般 * * * * 抗マラリア薬 ... MeSH D000962 200906053465626570 C LS44 MULTI_WORD 抗 マラリア 薬

  7. J-GLOBAL MeSH Dictionary: 環境公衆衛生 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 環境公衆衛生 名詞 一般 * * * * 環境公衆衛生 ... MeSH D012499 200906044663022451 C LS55 MULTI_WORD 環境 公衆 衛生

  8. J-GLOBAL MeSH Dictionary: 社会環境療法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 社会環境療法 名詞 一般 * * * * 社会環境療法 ... MeSH D012960 200906010881092117 C LS52 MULTI_WORD 社会 環境 療法

  9. J-GLOBAL MeSH Dictionary: 情動ストレス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 情動ストレス 名詞 一般 * * * * 情動ストレス ... MeSH D013315 200906028681339882 C LS11 MULTI_WORD 情動 ストレス

  10. J-GLOBAL MeSH Dictionary: 疾病媒介クモ [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 疾病媒介クモ 名詞 一般 * * * * 疾病媒介クモ ... MeSH D001096 200906003597137422 C LS04 MULTI_WORD 疾病 媒介 クモ

  11. J-GLOBAL MeSH Dictionary: ダニ媒介脳炎 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ダニ媒介脳炎 名詞 一般 * * * * ダニ媒介脳炎 ... MeSH D004675 200906046872347174 C LS51 MULTI_WORD ダニ 媒介 脳炎

  12. J-GLOBAL MeSH Dictionary: 病原媒介動物 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病原媒介動物 名詞 一般 * * * * 病原媒介動物 ... MeSH D004199 200906098869609974 C LS04 MULTI_WORD 病原 媒介 動物

  13. J-GLOBAL MeSH Dictionary: 媒介節足動物 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 媒介節足動物 名詞 一般 * * * * 媒介節足動物 ... MeSH D001179 200906030151898788 C LS04 MULTI_WORD 媒介 節足動物

  14. J-GLOBAL MeSH Dictionary: ダニ媒介疾患 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ダニ媒介疾患 名詞 一般 * * * * ダニ媒介疾患 ... MeSH D017282 200906056812744544 C LS51 MULTI_WORD ダニ 媒介 疾患

  15. J-GLOBAL MeSH Dictionary: 投薬システム [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 投薬システム 名詞 一般 * * * * 投薬システム ... MeSH D008509 200906009632630135 C LS53 MULTI_WORD 投薬 システム

  16. J-GLOBAL MeSH Dictionary: 抗体結合部位 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 抗体結合部位 名詞 一般 * * * * 抗体結合部位 ... MeSH D001666 200906036503704731 C LS19 MULTI_WORD 抗体 結合 部位

  17. J-GLOBAL MeSH Dictionary: 転写開始部位 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 転写開始部位 名詞 一般 * * * * 転写開始部位 ... MeSH D024363 200906021771741790 C LS18 MULTI_WORD 転写 開始 部位

  18. J-GLOBAL MeSH Dictionary: 配列タグ部位 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 配列タグ部位 名詞 一般 * * * * 配列タグ部位 ... MeSH D016324 200906098818352677 C LS18 MULTI_WORD 配列 タグ 部位

  19. J-GLOBAL MeSH Dictionary: イヌホオズキ [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌホオズキ 名詞 一般 * * * * イヌホオズキ ... MeSH D032324 200906037982103131 C LS06 MULTI_WORD イヌ ホオズキ

  20. J-GLOBAL MeSH Dictionary: イヌ糸状虫症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌ糸状虫症 名詞 一般 * * * * イヌ糸状虫症 ... MeSH D004184 200906035719178477 C LS56 MULTI_WORD イヌ 糸状 虫 症

  1. J-GLOBAL MeSH Dictionary: 欠失突然変異 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 欠失突然変異 名詞 一般 * * * * 欠失突然変異 ... MeSH D017384 200906006292754641 C LS18 MULTI_WORD 欠 失 突然変異

  2. J-GLOBAL MeSH Dictionary: 精神身体医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 精神身体医学 名詞 一般 * * * * 精神身体医学 ... MeSH D011611 200906071635082691 C LS52 MULTI_WORD 精神 身体 医学

  3. J-GLOBAL MeSH Dictionary: 地域精神医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 地域精神医学 名詞 一般 * * * * 地域精神医学 ... MeSH D003158 200906081102944867 C LS52 MULTI_WORD 地域 精神 医学

  4. J-GLOBAL MeSH Dictionary: 老年精神医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 老年精神医学 名詞 一般 * * * * 老年精神医学 ... MeSH D005852 200906063076641313 C LS52 MULTI_WORD 老年 精神 医学

  5. J-GLOBAL MeSH Dictionary: 矯正精神医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 矯正精神医学 名詞 一般 * * * * 矯正精神医学 ... MeSH D009986 200906016564500798 C LS52 MULTI_WORD 矯正 精神 医学

  6. J-GLOBAL MeSH Dictionary: 青年精神医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 青年精神医学 名詞 一般 * * * * 青年精神医学 ... MeSH D000296 200906086680544547 C LS52 MULTI_WORD 青年 精神 医学

  7. J-GLOBAL MeSH Dictionary: 司法精神医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 司法精神医学 名詞 一般 * * * * 司法精神医学 ... MeSH D005555 200906080783197421 C LS52 MULTI_WORD 司法 精神 医学

  8. J-GLOBAL MeSH Dictionary: 予防精神医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 予防精神医学 名詞 一般 * * * * 予防精神医学 ... MeSH D011316 200906074213325272 C LS52 MULTI_WORD 予防 精神 医学

  9. J-GLOBAL MeSH Dictionary: 小児精神医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 小児精神医学 名詞 一般 * * * * 小児精神医学 ... MeSH D002665 200906040020988884 C LS52 MULTI_WORD 小児 精神 医学

  10. J-GLOBAL MeSH Dictionary: 軍事精神医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 軍事精神医学 名詞 一般 * * * * 軍事精神医学 ... MeSH D008890 200906001401343809 C LS52 MULTI_WORD 軍事 精神 医学

  11. J-GLOBAL MeSH Dictionary: 医学専門分野 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医学専門分野 名詞 一般 * * * * 医学専門分野 ... MeSH D013040 200906009156027158 C LS52 MULTI_WORD 医学 専門 分野

  12. J-GLOBAL MeSH Dictionary: 精神分析療法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 精神分析療法 名詞 一般 * * * * 精神分析療法 ... MeSH D011575 200906052873268952 C LS52 MULTI_WORD 精神 分析 療法

  13. J-GLOBAL MeSH Dictionary: スポーツ外傷 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term スポーツ外傷 名詞 一般 * * * * スポーツ外傷 ... MeSH D001265 200906048607204348 C LS51 MULTI_WORD スポーツ 外傷

  14. J-GLOBAL MeSH Dictionary: スポーツ医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term スポーツ医学 名詞 一般 * * * * スポーツ医学 ... MeSH D013178 200906009251821970 C LS52 MULTI_WORD スポーツ 医学

  15. J-GLOBAL MeSH Dictionary: 疱疹状皮膚炎 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 疱疹状皮膚炎 名詞 一般 * * * * 疱疹状皮膚炎 ... MeSH D003874 200906056102027096 C LS51 UNKNOWN_2 疱疹 状 皮膚 炎

  16. J-GLOBAL MeSH Dictionary: 病院病歴部門 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病院病歴部門 名詞 一般 * * * * 病院病歴部門 ... MeSH D008500 200906024736188026 C LS53 MULTI_WORD 病院 病歴 部門

  17. J-GLOBAL MeSH Dictionary: チロシン血症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term チロシン血症 名詞 一般 * * * * チロシン血症 ... MeSH D020176 200906011341916672 C LS51 UNKNOWN_2 チロシン 血 症

  18. J-GLOBAL MeSH Dictionary: 抗鎌状貧血薬 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 抗鎌状貧血薬 名詞 一般 * * * * 抗鎌状貧血薬 ... MeSH D000986 200906051471189227 C LS44 MULTI_WORD 抗 鎌 状 貧血 薬

  19. J-GLOBAL MeSH Dictionary: 治療的同等性 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 治療的同等性 名詞 一般 * * * * 治療的同等性 ... MeSH D013810 200906069676909547 C LS43 MULTI_WORD 治療 的 同等 性

  20. J-GLOBAL MeSH Dictionary: 腎性高血圧症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 腎性高血圧症 名詞 一般 * * * * 腎性高血圧症 ... MeSH D006977 200906006407054746 C LS51 MULTI_WORD 腎 性 高 血圧 症

  1. J-GLOBAL MeSH Dictionary: 悪性高血圧症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 悪性高血圧症 名詞 一般 * * * * 悪性高血圧症 ... MeSH D006974 200906051432760243 C LS51 MULTI_WORD 悪性 高 血圧 症

  2. J-GLOBAL MeSH Dictionary: 高血圧性脳症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 高血圧性脳症 名詞 一般 * * * * 高血圧性脳症 ... MeSH D020343 200906042137094356 C LS51 MULTI_WORD 高血圧 性 脳症

  3. J-GLOBAL MeSH Dictionary: ロタウイルス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ロタウイルス 名詞 一般 * * * * ロタウイルス ... MeSH D012401 200906082004332264 C LS07 UNKNOWN_1 ロタウイルス

  4. J-GLOBAL MeSH Dictionary: 組織細胞化学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 組織細胞化学 名詞 一般 * * * * 組織細胞化学 ... MeSH D006651 200906016360176495 C LS03 MULTI_WORD 組織 細胞 化学

  5. J-GLOBAL MeSH Dictionary: 生化学的現象 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 生化学的現象 名詞 一般 * * * * 生化学的現象 ... MeSH D001669 200906002493918590 C LS31 MULTI_WORD 生化学 的 現象

  6. J-GLOBAL MeSH Dictionary: 生体無機化学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 生体無機化学 名詞 一般 * * * * 生体無機化学 ... MeSH D015393 200906060643549637 C LS31 MULTI_WORD 生体 無機 化学

  7. J-GLOBAL MeSH Dictionary: 免疫組織化学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 免疫組織化学 名詞 一般 * * * * 免疫組織化学 ... MeSH D007150 200906018312109070 C LS03 MULTI_WORD 免疫 組織 化学

  8. J-GLOBAL MeSH Dictionary: ベイ領域(化学) [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ベイ領域(化学) 名詞 一般 * * * * ベイ領域(化学) ... MeSH D018383 200906075397700638 C CA22 MULTI_WORD ベイ 領域 ( 化学 )

  9. Comparison of a lightweight polypropylene mesh (Optilene® LP) and a large-pore knitted PTFE mesh (GORE® INFINIT® mesh)--Biocompatibility in a standardized endoscopic extraperitoneal hernia model.

    Science.gov (United States)

    Jacob, Dietmar A; Schug-Pass, Christine; Sommerer, Florian; Tannapfel, Andrea; Lippert, Hans; Köckerling, Ferdinand

    2012-02-01

    The use of a mesh with good biocompatibility properties is of decisive importance for the avoidance of recurrences and chronic pain in endoscopic hernia repair surgery. As we know from numerous experiments and clinical experience, large-pore, lightweight polypropylene meshes possess the best biocompatibility. However, large-pore meshes of different polymers may be used as well and might be an alternative solution. Utilizing a totally extraperitoneal technique in an established animal model, 20 domestic pigs were implanted with either a lightweight large-pore polypropylene (PP) mesh (Optilene® LP) or a medium-weight large-pore knitted polytetrafluorethylene (PTFE) mesh (GORE® INFINIT® mesh). After 94 days, the pigs were sacrificed and postmortem diagnostic laparoscopy was performed, followed by explantation of the specimens for macroscopic, histological and immunohistochemical evaluation. The mean mesh shrinkage rate was 14.2% for Optilene® LP vs. 24.7% for INFINIT® mesh (p = 0.017). The partial volume of the inflammatory cells was 11.2% for Optilene® LP vs. 13.9% for INFINIT (n.s.). CD68 was significantly higher for INFINIT (11.8% vs. 5.6%, p = 0.007). The markers of cell turnover, namely Ki67 and the apoptotic index, were comparable at 6.4% vs. 12.4% (n.s.) and 1.6% vs. 2.0% (n.s.). In the extracellular matrix, TGF-β was 35.4% for Optilene® LP and 31.0% for INFINIT® (n.s.). Collagen I (pos/300 μm) deposits were 117.8 and 114.9, respectively. In our experimental examinations, Optilene® LP and INFINIT® showed a comparable biocompatibility in terms of chronic inflammatory reaction; however, the shrinkage rate was significantly higher for INFINIT® after 3 months. The higher shrinkage rate of INFINIT® should be taken into account when choosing the mesh size for an adequate hernia overlap.

  10. Assessing the impact of short-term surgical education on practice: a retrospective study of the introduction of mesh for inguinal hernia repair in sub-Saharan Africa.

    Science.gov (United States)

    Wang, Y T; Meheš, M M; Naseem, H-R; Ibrahim, M; Butt, M A; Ahmed, N; Wahab Bin Adam, M A; Issah, A-W; Mohammed, I; Goldstein, S D; Cartwright, K; Abdullah, F

    2014-08-01

    Inguinal hernia repair is the most common general surgery operation performed globally. However, the adoption of tension-free hernia repair with mesh has been limited in low-income settings, largely due to a lack of technical training and resources. The present study evaluates the impact of a 2-day training course instructing use of polypropylene mesh for inguinal hernia repair on the practice patterns of sub-Saharan African physicians. A surgical training course on tension-free mesh repair of hernias was provided to 16 physicians working in rural Ghanaian and Liberian hospitals. Three physicians were requested to prospectively record all their inguinal hernia surgeries, performed with or without mesh, during the 14-month period following the training. Demographic variables, diagnoses, and complications were collected by an independent data collector for mesh and non-mesh procedures. Surgery with mesh increased significantly following intervention, from near negligible levels prior to the training to 8.1 % of all inguinal hernia repairs afterwards. Mesh repair accounted for 90.8 % of recurrent hernia repairs and 2.9 % of primary hernia repairs after training. Overall complication rates between mesh and non-mesh procedures were not significantly different (p = 0.20). Three physicians who participated in an intensive education course were routinely using mesh for inguinal hernia repair 14 months after the training. This represents a significant change in practice pattern. Complication rates between patients who underwent inguinal hernia repairs with and without mesh were comparable. The present study provides evidence that short-term surgical training initiatives can have a substantial impact on local healthcare practice in resource-limited settings.

  11. J-GLOBAL MeSH Dictionary: 看護教育研究 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 看護教育研究 名詞 サ変接続 * * * * 看護教育研究 ... MeSH D015402 200906005666404120 C LS52 MULTI_WORD 看護 教育 研究

  12. J-GLOBAL MeSH Dictionary: 歯科衛生教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯科衛生教育 名詞 サ変接続 * * * * 歯科衛生教育 ... MeSH D006267 200906040285278536 C LS52 MULTI_WORD 歯科 衛生 教育

  13. J-GLOBAL MeSH Dictionary: 歯の再石灰化 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯の再石灰化 名詞 サ変接続 * * * * 歯の再石灰化 ... MeSH D014089 200906094082268880 C LS52 MULTI_WORD 歯 の 再 石灰 化

  14. J-GLOBAL MeSH Dictionary: 義歯の前処置 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 義歯の前処置 名詞 サ変接続 * * * * 義歯の前処置 ... MeSH D019231 200906063137628099 C LS52 MULTI_WORD 義歯 の 前 処置

  15. J-GLOBAL MeSH Dictionary: 医療事務管理 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医療事務管理 名詞 サ変接続 * * * * 医療事務管理 ... MeSH D011216 200906019859940047 C LS53 MULTI_WORD 医療 事務 管理

  16. J-GLOBAL MeSH Dictionary: 病院財務管理 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病院財務管理 名詞 サ変接続 * * * * 病院財務管理 ... MeSH D005377 200906036378637849 C LS52 MULTI_WORD 病院 財務 管理

  17. J-GLOBAL MeSH Dictionary: 看護管理研究 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 看護管理研究 名詞 サ変接続 * * * * 看護管理研究 ... MeSH D015401 200906044370065903 C LS52 MULTI_WORD 看護 管理 研究

  18. J-GLOBAL MeSH Dictionary: 患者医療管理 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 患者医療管理 名詞 サ変接続 * * * * 患者医療管理 ... MeSH D010346 200906065531619030 C LS53 MULTI_WORD 患者 医療 管理

  19. J-GLOBAL MeSH Dictionary: 保健医療調査 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 保健医療調査 名詞 サ変接続 * * * * 保健医療調査 ... MeSH D019538 200906043092915279 C LS52 MULTI_WORD 保健 医療 調査

  20. J-GLOBAL MeSH Dictionary: 糖尿病時妊娠 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 糖尿病時妊娠 名詞 サ変接続 * * * * 糖尿病時妊娠 ... MeSH D011254 200906003397117419 C LS51 MULTI_WORD 糖尿 病 時 妊娠

  1. J-GLOBAL MeSH Dictionary: 糖尿病性昏睡 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 糖尿病性昏睡 名詞 サ変接続 * * * * 糖尿病性昏睡 ... MeSH D003926 200906086733298799 C LS51 MULTI_WORD 糖尿 病 性 昏睡

  2. J-GLOBAL MeSH Dictionary: 免疫磁気分離 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 免疫磁気分離 名詞 サ変接続 * * * * 免疫磁気分離 ... MeSH D018189 200906019360973033 C LS03 MULTI_WORD 免疫 磁気 分離

  3. J-GLOBAL MeSH Dictionary: 生物学的治療 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 生物学的治療 名詞 サ変接続 * * * * 生物学的治療 ... MeSH D001691 200906042693848670 C LS52 MULTI_WORD 生物 学 的 治療

  4. J-GLOBAL MeSH Dictionary: パターン認識 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term パターン認識 名詞 サ変接続 * * * * パターン認識 ... MeSH D010363 200906062922037711 C EG01 MULTI_WORD パターン 認識

  5. J-GLOBAL MeSH Dictionary: 抑圧‐鋭敏化 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 抑圧‐鋭敏化 名詞 サ変接続 * * * * 抑圧‐鋭敏化 ... MeSH D012095 200906083315495589 C LS51 MULTI_WORD 抑圧 ‐ 鋭敏 化

  6. J-GLOBAL MeSH Dictionary: 絵画統覚テスト [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 絵画統覚テスト 名詞 サ変接続 * * * * 絵画統覚テスト ... MeSH D013803 200906003409606070 C LS52 MULTI_WORD 絵画 統覚 テスト

  7. J-GLOBAL MeSH Dictionary: イヌヂシャ属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌヂシャ属 名詞 サ変接続 * * * * イヌヂシャ属 ... MeSH D031213 200906043889850288 C LS06 UNKNOWN_2 イヌヂシャ 属

  8. J-GLOBAL MeSH Dictionary: 全血凝固時間 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 全血凝固時間 名詞 一般 * * * * 全血凝固時間 ... MeSH D014914 200906096591355094 C LS15 MULTI_WORD 全 血 凝固 時間

  9. J-GLOBAL MeSH Dictionary: 歯科医療監査 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯科医療監査 名詞 サ変接続 * * * * 歯科医療監査 ... MeSH D019230 200906027771184369 C LS53 MULTI_WORD 歯科 医療 監査

  10. J-GLOBAL MeSH Dictionary: トリマラリア [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term トリマラリア 名詞 一般 * * * * トリマラリア ... MeSH D008289 200906061725596850 C LS56 MULTI_WORD トリ マラリア

  11. J-GLOBAL MeSH Dictionary: 環境基因疾患 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 環境基因疾患 名詞 一般 * * * * 環境基因疾患 ... MeSH D007280 200906073088170869 C LS51 MULTI_WORD 環境 基 因 疾患

  12. J-GLOBAL MeSH Dictionary: 不適正塩基対 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 不適正塩基対 名詞 一般 * * * * 不適正塩基対 ... MeSH D020137 200906040036718828 C LS18 MULTI_WORD 不 適正 塩基 対

  13. J-GLOBAL MeSH Dictionary: イヌガラシ属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌガラシ属 名詞 サ変接続 * * * * イヌガラシ属 ... MeSH D031225 200906063239776203 C LS06 UNKNOWN_2 イヌガラシ 属

  14. J-GLOBAL MeSH Dictionary: イヌハッカ属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌハッカ属 名詞 サ変接続 * * * * イヌハッカ属 ... MeSH D027521 200906011496437800 C LS06 MULTI_WORD イヌ ハッカ 属

  15. J-GLOBAL MeSH Dictionary: 変異原性試験 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 変異原性試験 名詞 サ変接続 * * * * 変異原性試験 ... MeSH D009152 200906027893521684 C LS03 MULTI_WORD 変異 原 性 試験

  16. J-GLOBAL MeSH Dictionary: Parkinson症候群様障害 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Parkinson症候群様障害 名詞 一般 * * * * Parkinson...症候群様障害 ... MeSH D020734 200906036886513691 C LS51 UNKNOWN_2 Parkinson 症候群 様 障害

  17. J-GLOBAL MeSH Dictionary: 航空宇宙医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 航空宇宙医学 名詞 一般 * * * * 航空宇宙医学 ... MeSH D000337 200906096609830208 C LS52 MULTI_WORD 航空 宇宙 医学

  18. J-GLOBAL MeSH Dictionary: 歯科医師認可 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯科医師認可 名詞 サ変接続 * * * * 歯科医師認可 ... MeSH D008005 200906069332151394 C LS53 MULTI_WORD 歯科 医師 認可

  19. J-GLOBAL MeSH Dictionary: 医師報酬計画 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医師報酬計画 名詞 サ変接続 * * * * 医師報酬計画 ... MeSH D010816 200906059962496394 C LS53 MULTI_WORD 医師 報酬 計画

  20. J-GLOBAL MeSH Dictionary: バイオ人工臓器 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term バイオ人工臓器 名詞 一般 * * * * バイオ人工臓器 ... MeSH D021522 200906012752742418 C MB02 MULTI_WORD バイオ 人工 臓器

  1. J-GLOBAL MeSH Dictionary: 高頻度人工呼吸 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 高頻度人工呼吸 名詞 サ変接続 * * * * 高頻度人工呼吸 ... MeSH D006612 200906013970910752 C LS52 MULTI_WORD 高 頻度 人工 呼吸

  2. J-GLOBAL MeSH Dictionary: 骨髄癆性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 骨髄癆性貧血 名詞 サ変接続 * * * * 骨髄癆性貧血 ... MeSH D000750 200906079000466451 C LS51 UNKNOWN_2 骨髄 癆性 貧血

  3. J-GLOBAL MeSH Dictionary: 低色素性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 低色素性貧血 名詞 サ変接続 * * * * 低色素性貧血 ... MeSH D000747 200906014548961812 C LS51 MULTI_WORD 低 色素 性 貧血

  4. J-GLOBAL MeSH Dictionary: 鉄欠乏性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 鉄欠乏性貧血 名詞 サ変接続 * * * * 鉄欠乏性貧血 ... MeSH D018798 200906058992383113 C LS51 MULTI_WORD 鉄 欠乏 性 貧血

  5. J-GLOBAL MeSH Dictionary: 鉄芽球性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 鉄芽球性貧血 名詞 サ変接続 * * * * 鉄芽球性貧血 ... MeSH D000756 200906079787902954 C LS51 MULTI_WORD 鉄 芽 球 性 貧血

  6. J-GLOBAL MeSH Dictionary: 放射免疫治療 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 放射免疫治療 名詞 サ変接続 * * * * 放射免疫治療 ... MeSH D016499 200906077463861047 C LS52 MULTI_WORD 放射 免疫 治療

  7. J-GLOBAL MeSH Dictionary: 在宅輸液治療 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 在宅輸液治療 名詞 サ変接続 * * * * 在宅輸液治療 ... MeSH D018718 200906074382209966 C LS52 UNKNOWN_2 在宅 輸液 治療

  8. J-GLOBAL MeSH Dictionary: 卵アレルギー [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 卵アレルギー 名詞 一般 * * * * 卵アレルギー ... MeSH D021181 200906061929204927 C LS51 MULTI_WORD 卵 アレルギー

  9. J-GLOBAL MeSH Dictionary: 臨床化学検査 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 臨床化学検査 名詞 サ変接続 * * * * 臨床化学検査 ... MeSH D019963 200906060638468521 C LS52 MULTI_WORD 臨床 化学 検査

  10. J-GLOBAL MeSH Dictionary: 保険請求調査 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 保険請求調査 名詞 サ変接続 * * * * 保険請求調査 ... MeSH D007345 200906058366390736 C LS53 MULTI_WORD 保険 請求 調査

  11. Transvaginal mesh in the media following the 2011 US food and drug administration public health notification update.

    Science.gov (United States)

    Koo, Kevin; Gormley, E Ann

    2017-02-01

    Prompted by patients' changing perceptions of transvaginal mesh, this study examines how mesh has been reported in the news following the 2011 US Food and Drug Administration (FDA) updated notification about the use of mesh in the treatment of pelvic organ prolapse. Two national newspaper databases were queried for articles discussing transvaginal mesh published within 3 years of the FDA announcement. Content analysis included headline subjects, mesh-related complications, quoted sources, and the FDA recommendations. To determine whether more widely read sources publish higher quality reporting, a subgroup analysis was conducted based on newspaper circulation. Ninety-five articles met inclusion criteria. Mesh-related litigation was the most common headline subject (36 articles, 38%), and 54% of all articles referenced legal action. Fifty-seven articles (60%) cited at least one mesh-related complication. Only 18 articles (19%) quoted surgeons who use transvaginal mesh. For the FDA update, 40% of articles that first reported the announcement accurately specified that it applies to mesh for prolapse, not incontinence. This ambiguity persisted: half of all articles cited the warning, but only 23% distinguished between prolapse and incontinence. Higher newspaper circulation did not significantly improve the quality of reporting about the content or context of the FDA's recommendations. Despite frequent media coverage of transvaginal mesh and its complications since 2011, very few news sources that cited the FDA warning distinguished between prolapse and incontinence. Given prevalent reporting of mesh-related litigation, the findings raise concern about how patients perceive the safety and efficacy of transvaginal mesh, regardless of indication. Neurourol. Urodynam. 36:329-332, 2017. © 2015 Wiley Periodicals, Inc. © 2015 Wiley Periodicals, Inc.

  12. Comparison of Absorbable Mesh Plate versus Titanium-Dynamic Mesh Plate in Reconstruction of Blow-Out Fracture: An Analysis of Long-Term Outcomes

    Directory of Open Access Journals (Sweden)

    Woon Il Baek

    2014-07-01

    Full Text Available Background A blow-out fracture is one of the most common facial injuries in midface trauma. Orbital wall reconstruction is extremely important because it can cause various functional and aesthetic sequelae. Although many materials are available, there are no uniformly accepted guidelines regarding material selection for orbital wall reconstruction. Methods From January 2007 to August 2012, a total of 78 patients with blow-out fractures were analyzed. 36 patients received absorbable mesh plates, and 42 patients received titanium-dynamic mesh plates. Both groups were retrospectively evaluated for therapeutic efficacy and safety according to the incidence of three different complications: enophthalmos, extraocular movement impairment, and diplopia. Results For all groups (inferior wall fracture group, medial wall fractrue group, and combined inferomedial wall fracture group, there were improvements in the incidence of each complication regardless of implant types. Moreover, a significant improvement of enophthalmos occurred for both types of implants in group 1 (inferior wall fracture group. However, we found no statistically significant differences of efficacy or complication rate in every groups between both implant types. Conclusions Both types of implants showed good results without significant differences in long-term follow up, even though we expected the higher recurrent enophthalmos rate in patients with absorbable plate. In conclusion, both types seem to be equally effective and safe for orbital wall reconstruction. In particular, both implant types significantly improve the incidence of enophthalmos in cases of inferior orbital wall fractures.

  13. Moving mesh generation with a sequential approach for solving PDEs

    DEFF Research Database (Denmark)

    In moving mesh methods, physical PDEs and a mesh equation derived from equidistribution of an error metrics (so-called the monitor function) are simultaneously solved and meshes are dynamically concentrated on steep regions (Lim et al., 2001). However, the simultaneous solution procedure...... a simple and robust moving mesh algorithm in one or multidimension. In this study, we propose a sequential solution procedure including two separate parts: prediction step to obtain an approximate solution to a next time level (integration of physical PDEs) and regriding step at the next time level (mesh...... generation and solution interpolation). Convection terms, which appear in physical PDEs and a mesh equation, are discretized by a WENO (Weighted Essentially Non-Oscillatory) scheme under the consrvative form. This sequential approach is to keep the advantages of robustness and simplicity for the static...

  14. The mesh controversy [version 1; referees: 2 approved

    OpenAIRE

    Joshua A. Cohn; Elizabeth Timbrook Brown; Casey G. Kowalik; Melissa R. Kaufmann; Roger R. Dmochowski; W. Stuart Reynolds

    2016-01-01

    Pelvic organ prolapse and stress urinary incontinence are common conditions for which approximately 11% of women will undergo surgical intervention in their lifetime. The use of vaginal mesh for pelvic organ prolapse and stress urinary incontinence rose rapidly in the early 2000s as over 100 mesh products were introduced into the clinical armamentarium with little regulatory oversight for their use. US Food and Drug Administration Public Health Notifications in 2008 and 2011, as well as recla...

  15. Wireless mesh networks.

    Science.gov (United States)

    Wang, Xinheng

    2008-01-01

    Wireless telemedicine using GSM and GPRS technologies can only provide low bandwidth connections, which makes it difficult to transmit images and video. Satellite or 3G wireless transmission provides greater bandwidth, but the running costs are high. Wireless networks (WLANs) appear promising, since they can supply high bandwidth at low cost. However, the WLAN technology has limitations, such as coverage. A new wireless networking technology named the wireless mesh network (WMN) overcomes some of the limitations of the WLAN. A WMN combines the characteristics of both a WLAN and ad hoc networks, thus forming an intelligent, large scale and broadband wireless network. These features are attractive for telemedicine and telecare because of the ability to provide data, voice and video communications over a large area. One successful wireless telemedicine project which uses wireless mesh technology is the Emergency Room Link (ER-LINK) in Tucson, Arizona, USA. There are three key characteristics of a WMN: self-organization, including self-management and self-healing; dynamic changes in network topology; and scalability. What we may now see is a shift from mobile communication and satellite systems for wireless telemedicine to the use of wireless networks based on mesh technology, since the latter are very attractive in terms of cost, reliability and speed.

  16. Approximation of scalar and vector transport problems on polyhedral meshes

    International Nuclear Information System (INIS)

    Cantin, Pierre

    2016-01-01

    This thesis analyzes, at the continuous and at the discrete level on polyhedral meshes, the scalar and the vector transport problems in three-dimensional domains. These problems are composed of a diffusive term, an advective term, and a reactive term. In the context of Friedrichs systems, the continuous problems are analyzed in Lebesgue graph spaces. The classical positivity assumption on the Friedrichs tensor is generalized so as to consider the case of practical interest where this tensor takes null or slightly negative values. A new scheme converging at the order 3/2 is devised for the scalar advection-reaction problem using scalar degrees of freedom attached to mesh vertices. Two new schemes considering as well scalar degrees of freedom attached to mesh vertices are devised for the scalar transport problem and are robust with respect to the dominant regime. The first scheme converges at the order 1/2 when advection effects are dominant and at the order 1 when diffusion effects are dominant. The second scheme improves the accuracy by converging at the order 3/2 when advection effects are dominant. Finally, a new scheme converging at the order 1/2 is devised for the vector advection-reaction problem considering only one scalar degree of freedom per mesh edge. The accuracy and the efficiency of all these schemes are assessed on various test cases using three-dimensional polyhedral meshes. (author)

  17. J-GLOBAL MeSH Dictionary: 電子Ｘ線写真法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 電子Ｘ線写真法 名詞 一般 * * * * 電子X線写真法 ... MeSH D014986 200906039861419983 C LS52 MULTI_WORD 電子 Ｘ線 写真 法

  18. J-GLOBAL MeSH Dictionary: ＤＮＡ変異解析 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ＤＮＡ変異解析 名詞 サ変接続 * * * * DNA変異解析 ... MeSH D004252 200906076541975830 C LS03 MULTI_WORD ＤＮＡ 変異 解析

  19. J-GLOBAL MeSH Dictionary: 日本住血吸虫症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 日本住血吸虫症 名詞 一般 * * * * 日本住血吸虫症 ... MeSH D012554 200906005177390710 C LS51 UNKNOWN_2 日本 住 血 吸虫 症

  20. J-GLOBAL MeSH Dictionary: 医療機関管理者 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医療機関管理者 名詞 一般 * * * * 医療機関管理者 ... MeSH D006270 200906005815997440 C LS53 MULTI_WORD 医療 機関 管理 者

  1. J-GLOBAL MeSH Dictionary: 感染予防管理者 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 感染予防管理者 名詞 一般 * * * * 感染予防管理者 ... MeSH D016357 200906094064829824 C LS52 MULTI_WORD 感染 予防 管理 者

  2. J-GLOBAL MeSH Dictionary: 妊婦栄養生理学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 妊婦栄養生理学 名詞 一般 * * * * 妊婦栄養生理学 ... MeSH D039401 200906058306132487 C LS14 MULTI_WORD 妊婦 栄養 生理学

  3. J-GLOBAL MeSH Dictionary: 非経口高栄養法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 非経口高栄養法 名詞 一般 * * * * 非経口高栄養法 ... MeSH D010289 200906033511730653 C LS52 MULTI_WORD 非 経口 高 栄養 法

  4. J-GLOBAL MeSH Dictionary: 青年栄養生理学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 青年栄養生理学 名詞 一般 * * * * 青年栄養生理学 ... MeSH D017195 200906047599858884 C LS73 MULTI_WORD 青年 栄養 生理学

  5. J-GLOBAL MeSH Dictionary: 在宅非経口栄養 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 在宅非経口栄養 名詞 一般 * * * * 在宅非経口栄養 ... MeSH D016331 200906059076423246 C LS52 MULTI_WORD 在宅 非 経口 栄養

  6. J-GLOBAL MeSH Dictionary: 乳児栄養生理学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 乳児栄養生理学 名詞 一般 * * * * 乳児栄養生理学 ... MeSH D007227 200906086858484195 C LS73 MULTI_WORD 乳児 栄養 生理学

  7. J-GLOBAL MeSH Dictionary: 糖尿病性網膜症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 糖尿病性網膜症 名詞 一般 * * * * 糖尿病性網膜症 ... MeSH D003930 200906095549726167 C LS51 MULTI_WORD 糖尿 病 性 網膜 症

  8. J-GLOBAL MeSH Dictionary: 糖尿病性血管症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 糖尿病性血管症 名詞 一般 * * * * 糖尿病性血管症 ... MeSH D003925 200906060701318640 C LS51 MULTI_WORD 糖尿 病 性 血管 症

  9. J-GLOBAL MeSH Dictionary: 糖尿病性足病変 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 糖尿病性足病変 名詞 一般 * * * * 糖尿病性足病変 ... MeSH D017719 200906042366539590 C LS51 MULTI_WORD 糖尿 病 性 足 病変

  10. J-GLOBAL MeSH Dictionary: 常同性運動障害 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 常同性運動障害 名詞 一般 * * * * 常同性運動障害 ... MeSH D019956 200906076313176560 C LS51 MULTI_WORD 常 同性 運動 障害

  11. J-GLOBAL MeSH Dictionary: 湾岸戦争症候群 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 湾岸戦争症候群 名詞 一般 * * * * 湾岸戦争症候群 ... MeSH D018923 200906021117111524 C LS51 MULTI_WORD 湾岸 戦争 症候群

  12. J-GLOBAL MeSH Dictionary: 狂犬病ウイルス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 狂犬病ウイルス 名詞 一般 * * * * 狂犬病ウイルス ... MeSH D011820 200906050189230870 C LS07 MULTI_WORD 狂犬病 ウイルス

  13. J-GLOBAL MeSH Dictionary: 狂犬病ワクチン [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 狂犬病ワクチン 名詞 一般 * * * * 狂犬病ワクチン ... MeSH D011819 200906016835068862 C LS44 MULTI_WORD 狂犬病 ワクチン

  14. J-GLOBAL MeSH Dictionary: 時間生物学障害 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 時間生物学障害 名詞 一般 * * * * 時間生物学障害 ... MeSH D021081 200906000007752420 C LS51 MULTI_WORD 時間 生物 学 障害

  15. J-GLOBAL MeSH Dictionary: システム生物学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term システム生物学 名詞 一般 * * * * システム生物学 ... MeSH D049490 200906044094307060 C LS01 MULTI_WORD システム 生物 学

  16. J-GLOBAL MeSH Dictionary: 微生物学的現象 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 微生物学的現象 名詞 一般 * * * * 微生物学的現象 ... MeSH D008827 200906009618746252 C LS01 MULTI_WORD 微生物 学 的 現象

  17. J-GLOBAL MeSH Dictionary: 時間生物学分野 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 時間生物学分野 名詞 一般 * * * * 時間生物学分野 ... MeSH D002909 200906048764496387 C LS01 MULTI_WORD 時間 生物 学 分野

  18. J-GLOBAL MeSH Dictionary: 出血性デング熱 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 出血性デング熱 名詞 一般 * * * * 出血性デング熱 ... MeSH D019595 200906002046454978 C LS51 MULTI_WORD 出血 性 デング熱

  19. J-GLOBAL MeSH Dictionary: 自己免疫性肝炎 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 自己免疫性肝炎 名詞 一般 * * * * 自己免疫性肝炎 ... MeSH D019693 200906027794303411 C LS51 MULTI_WORD 自己 免疫 性 肝炎

  20. J-GLOBAL MeSH Dictionary: エナメル芽細胞 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term エナメル芽細胞 名詞 一般 * * * * エナメル芽細胞 ... MeSH D000565 200906067880947188 C LS17 MULTI_WORD エナメル 芽 細胞

  1. J-GLOBAL MeSH Dictionary: エナメル上皮腫 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term エナメル上皮腫 名詞 一般 * * * * エナメル上皮腫 ... MeSH D000564 200906011417146952 C LS51 MULTI_WORD エナメル 上皮 腫

  2. J-GLOBAL MeSH Dictionary: ミノサイクリン [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ミノサイクリン 名詞 一般 * * * * ミノサイクリン ... MeSH D008911 200906085622515433 C LS44 UNKNOWN_1 ミノサイクリン

  3. J-GLOBAL MeSH Dictionary: 心理学的脱感作 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 心理学的脱感作 名詞 一般 * * * * 心理学的脱感作 ... MeSH D003887 200906091013533018 C LS52 MULTI_WORD 心理 学 的 脱 感 作

  4. J-GLOBAL MeSH Dictionary: トロンビン時間 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term トロンビン時間 名詞 一般 * * * * トロンビン時間 ... MeSH D013918 200906018567237900 C LS52 UNKNOWN_2 トロンビン 時間

  5. J-GLOBAL MeSH Dictionary: 熱帯熱マラリア [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 熱帯熱マラリア 名詞 一般 * * * * 熱帯熱マラリア ... MeSH D016778 200906055489566031 C LS51 MULTI_WORD 熱帯 熱 マラリア

  6. J-GLOBAL MeSH Dictionary: 三日熱マラリア [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 三日熱マラリア 名詞 一般 * * * * 三日熱マラリア ... MeSH D016780 200906031295714106 C LS51 MULTI_WORD 三 日 熱 マラリア

  7. J-GLOBAL MeSH Dictionary: 環境と公衆衛生 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 環境と公衆衛生 名詞 一般 * * * * 環境と公衆衛生 ... MeSH D004778 200906096645065070 C LS55 MULTI_WORD 環境 と 公衆 衛生

  8. J-GLOBAL MeSH Dictionary: 血液媒介病原体 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 血液媒介病原体 名詞 一般 * * * * 血液媒介病原体 ... MeSH D017848 200906074793630093 C LS07 MULTI_WORD 血液 媒介 病原 体

  9. J-GLOBAL MeSH Dictionary: イヌカイチュウ [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌカイチュウ 名詞 一般 * * * * イヌカイチュウ ... MeSH D017166 200906016539779117 C LS05 UNKNOWN_1 イヌカイチュウ

  10. J-GLOBAL MeSH Dictionary: イヌ伝染性肝炎 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌ伝染性肝炎 名詞 一般 * * * * イヌ伝染性肝炎 ... MeSH D006522 200906075636469242 C LS51 MULTI_WORD イヌ 伝染 性 肝炎

  11. J-GLOBAL MeSH Dictionary: 浸透圧性利尿薬 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 浸透圧性利尿薬 名詞 一般 * * * * 浸透圧性利尿薬 ... MeSH D004234 200906064050686960 C LS44 UNKNOWN_2 浸透 圧性 利尿 薬

  12. J-GLOBAL MeSH Dictionary: 医師の能力欠陥 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医師の能力欠陥 名詞 一般 * * * * 医師の能力欠陥 ... MeSH D010815 200906089272156821 C LS52 MULTI_WORD 医師 の 能力 欠陥

  13. J-GLOBAL MeSH Dictionary: 医師業務保険 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医師業務保険 名詞 一般 * * * * 医師業務保険 ... MeSH D007357 200906067341760686 C LS53 MULTI_WORD 医師 業務 保険

  14. J-GLOBAL MeSH Dictionary: 細菌性心内膜炎 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 細菌性心内膜炎 名詞 一般 * * * * 細菌性心内膜炎 ... MeSH D004697 200906055096776506 C LS51 MULTI_WORD 細菌 性 心 内 膜 炎

  15. J-GLOBAL MeSH Dictionary: バイオリアクタ [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term バイオリアクタ 名詞 一般 * * * * バイオリアクタ ... MeSH D019149 200906050536543418 C CC03 UNKNOWN_1 バイオリアクタ

  16. J-GLOBAL MeSH Dictionary: 土壌汚染物質 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 土壌汚染物質 名詞 一般 * * * * 土壌汚染物質 ... MeSH D012989 200906075000200880 C KA01 MULTI_WORD 土壌 汚染 物質

  17. J-GLOBAL MeSH Dictionary: 呼吸集中治療部 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 呼吸集中治療部 名詞 一般 * * * * 呼吸集中治療部 ... MeSH D012124 200906071317046970 C LS53 MULTI_WORD 呼吸 集中 治療 部

  18. J-GLOBAL MeSH Dictionary: 治療用放射線量 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 治療用放射線量 名詞 一般 * * * * 治療用放射線量 ... MeSH D011879 200906073885650094 C LS52 MULTI_WORD 治療 用 放射線 量

  19. J-GLOBAL MeSH Dictionary: 長期治療保険 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 長期治療保険 名詞 一般 * * * * 長期治療保険 ... MeSH D007353 200906031091850850 C LS53 MULTI_WORD 長期 治療 保険

  20. J-GLOBAL MeSH Dictionary: 熱傷集中治療室 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 熱傷集中治療室 名詞 一般 * * * * 熱傷集中治療室 ... MeSH D002053 200906014386359641 C LS53 MULTI_WORD 熱傷 集中 治療 室

  1. J-GLOBAL MeSH Dictionary: 小児集中治療室 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 小児集中治療室 名詞 一般 * * * * 小児集中治療室 ... MeSH D015278 200906066016971186 C LS53 MULTI_WORD 小児 集中 治療 室

  2. J-GLOBAL MeSH Dictionary: 薬物アレルギー [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 薬物アレルギー 名詞 一般 * * * * 薬物アレルギー ... MeSH D004342 200906045495262324 C LS51 MULTI_WORD 薬物 アレルギー

  3. J-GLOBAL MeSH Dictionary: 抗アレルギー薬 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 抗アレルギー薬 名詞 一般 * * * * 抗アレルギー薬 ... MeSH D018926 200906028077440249 C LS44 MULTI_WORD 抗 アレルギー 薬

  4. J-GLOBAL MeSH Dictionary: 小麦アレルギー [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 小麦アレルギー 名詞 一般 * * * * 小麦アレルギー ... MeSH D021182 200906043327444090 C LS51 MULTI_WORD 小麦 アレルギー

  5. J-GLOBAL MeSH Dictionary: 化学作用と効用 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 化学作用と効用 名詞 一般 * * * * 化学作用と効用 ... MeSH D020164 200906098390901603 C LS43 MULTI_WORD 化学 作用 と 効用

  6. J-GLOBAL MeSH Dictionary: 予防的化学療法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 予防的化学療法 名詞 一般 * * * * 予防的化学療法 ... MeSH D018890 200906088829360714 C LS52 MULTI_WORD 予防 的 化学 療法

  7. Mesh Plug Repair of Inguinal Hernia; Single Surgeon Experience

    Directory of Open Access Journals (Sweden)

    Ahmet Serdar Karaca

    2013-10-01

    Full Text Available Aim: Mesh repair of inguinal hernia repairs are shown to be an effective and reliable method. In this study, a single surgeon%u2019s experience with plug-mesh method performs inguinal hernia repair have been reported. Material and Method: 587 patients with plug-mesh repair of inguinal hernia, preoperative age, body / mass index, comorbid disease were recorded in terms of form. All of the patients during the preoperative and postoperative hernia classification of information, duration of operation, antibiotics, perioperative complications, and later, the early and late postoperative complications, infection, recurrence rates and return to normal daily activity, verbal pain scales in terms of time and postoperative pain were evaluated. Added to this form of long-term pain ones. The presence of wound infection was assessed by the presence of purulent discharge from the incision. Visual analog scale pain status of the patients was measured. Results: 587 patients underwent repair of primary inguinal hernia mesh plug. One of the patients, 439 (74% of them have adapted follow-ups. Patients%u2019 ages ranged from 18-86. Was calculated as the mean of 47±18:07. Follow-up period of the patients was found to be a minimum of 3 months, maximum 55 months. Found an average of 28.2±13.4 months. Mean duration of surgery was 35.07±4.00 min (min:22mn-max:52mn, respectively. When complication rates of patients with recurrence in 2 patients (0.5%, hematoma development (1.4% in 6 patients, the development of infection in 11 patients (2.5% and long-term groin pain in 4 patients (0.9% appeared. Discussion: In our experience, the plug-mesh repair of primary inguinal hernia repair safe, effective low recurrence and complication rates can be used.

  8. Long-term results of incisional hernia repair with retromuscular mesh

    Directory of Open Access Journals (Sweden)

    Miran Rems

    2011-04-01

    Conclusions: The retromuscular mesh placement for postoperative hernia repair results in a low rate of recurrences and postoperative complications. Complications are more common in patients admitted due to incarceration and in patients having suffered from stoma. Pain inflicted by postoperative hernia repair is an underrated with treatment results.

  9. A Reconfigurable Mesh-Ring Topology for Bluetooth Sensor Networks

    Directory of Open Access Journals (Sweden)

    Ben-Yi Wang

    2018-05-01

    Full Text Available In this paper, a Reconfigurable Mesh-Ring (RMR algorithm is proposed for Bluetooth sensor networks. The algorithm is designed in three stages to determine the optimal configuration of the mesh-ring network. Firstly, a designated root advertises and discovers its neighboring nodes. Secondly, a scatternet criterion is built to compute the minimum number of piconets and distributes the connection information for piconet and scatternet. Finally, a peak-search method is designed to determine the optimal mesh-ring configuration for various sizes of networks. To maximize the network capacity, the research problem is formulated by determining the best connectivity of available mesh links. During the formation and maintenance phases, three possible configurations (including piconet, scatternet, and hybrid are examined to determine the optimal placement of mesh links. The peak-search method is a systematic approach, and is implemented by three functional blocks: the topology formation block generates the mesh-ring topology, the routing efficiency block computes the routing performance, and the optimum decision block introduces a decision-making criterion to determine the optimum number of mesh links. Simulation results demonstrate that the optimal mesh-ring configuration can be determined and that the scatternet case achieves better overall performance than the other two configurations. The RMR topology also outperforms the conventional ring-based and cluster-based mesh methods in terms of throughput performance for Bluetooth configurable networks.

  10. J-GLOBAL MeSH Dictionary: 薬学大学院教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 薬学大学院教育 名詞 サ変接続 * * * * 薬学大学院教育 ... MeSH D004514 200906074026334845 C LS41 MULTI_WORD 薬学 大学院 教育

  11. J-GLOBAL MeSH Dictionary: 看護卒業後教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 看護卒業後教育 名詞 サ変接続 * * * * 看護卒業後教育 ... MeSH D004509 200906093388603342 C LS52 MULTI_WORD 看護 卒業 後 教育

  12. J-GLOBAL MeSH Dictionary: 歯科卒業後教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯科卒業後教育 名詞 サ変接続 * * * * 歯科卒業後教育 ... MeSH D004498 200906024975615645 C LS52 MULTI_WORD 歯科 卒業 後 教育

  13. J-GLOBAL MeSH Dictionary: 歯科大学院教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯科大学院教育 名詞 サ変接続 * * * * 歯科大学院教育 ... MeSH D004499 200906031052630672 C LS52 MULTI_WORD 歯科 大学院 教育

  14. J-GLOBAL MeSH Dictionary: 医学卒業後教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医学卒業後教育 名詞 サ変接続 * * * * 医学卒業後教育 ... MeSH D004502 200906038739679382 C LS52 MULTI_WORD 医学 卒業 後 教育

  15. J-GLOBAL MeSH Dictionary: 薬学卒業後教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 薬学卒業後教育 名詞 サ変接続 * * * * 薬学卒業後教育 ... MeSH D004513 200906038176895776 C LS41 MULTI_WORD 薬学 卒業 後 教育

  16. J-GLOBAL MeSH Dictionary: 医科大学院教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医科大学院教育 名詞 サ変接続 * * * * 医科大学院教育 ... MeSH D004503 200906079069033123 C LS52 MULTI_WORD 医科 大学院 教育

  17. J-GLOBAL MeSH Dictionary: 段階的患者管理 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 段階的患者管理 名詞 サ変接続 * * * * 段階的患者管理 ... MeSH D011383 200906002664066431 C LS53 MULTI_WORD 段階 的 患者 管理

  18. J-GLOBAL MeSH Dictionary: 管理された競争 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 管理された競争 名詞 サ変接続 * * * * 管理された競争 ... MeSH D018854 200906063765602040 C LS53 MULTI_WORD 管理 さ れ た 競争

  19. J-GLOBAL MeSH Dictionary: 遺伝学的不分離 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 遺伝学的不分離 名詞 サ変接続 * * * * 遺伝学的不分離 ... MeSH D009630 200906011418327683 C LS18 MULTI_WORD 遺伝 学 的 不 分離

  20. J-GLOBAL MeSH Dictionary: ハカマカズラ属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ハカマカズラ属 名詞 サ変接続 * * * * ハカマカズラ属 ... MeSH D036481 200906087487512456 C LS06 UNKNOWN_2 ハカマカズラ 属

  1. J-GLOBAL MeSH Dictionary: ジゴフィルム属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ジゴフィルム属 名詞 サ変接続 * * * * ジゴフィルム属 ... MeSH D032445 200906072451187624 C LS06 UNKNOWN_2 ジゴフィルム 属

  2. J-GLOBAL MeSH Dictionary: エナメル質形成 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term エナメル質形成 名詞 サ変接続 * * * * エナメル質形成 ... MeSH D000566 200906018928963368 C LS14 MULTI_WORD エナメル 質 形成

  3. J-GLOBAL MeSH Dictionary: 言語連想テスト [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 言語連想テスト 名詞 サ変接続 * * * * 言語連想テスト ... MeSH D014936 200906058436906522 C LS52 MULTI_WORD 言語 連想 テスト

  4. J-GLOBAL MeSH Dictionary: 言語構音テスト [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 言語構音テスト 名詞 サ変接続 * * * * 言語構音テスト ... MeSH D013062 200906098203446345 C LS12 UNKNOWN_2 言語 構音 テスト

  5. J-GLOBAL MeSH Dictionary: シリングテスト [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term シリングテスト 名詞 サ変接続 * * * * シリングテスト ... MeSH D012546 200906096120291622 C LS52 MULTI_WORD シリング テスト

  6. J-GLOBAL MeSH Dictionary: 体液酸塩基平衡 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 体液酸塩基平衡 名詞 サ変接続 * * * * 体液酸塩基平衡 ... MeSH D000136 200906011462948008 C LS31 MULTI_WORD 体液 酸 塩基 平衡

  7. J-GLOBAL MeSH Dictionary: イヌエンジュ属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌエンジュ属 名詞 サ変接続 * * * * イヌエンジュ属 ... MeSH D029901 200906054133260624 C LS06 MULTI_WORD イヌ エンジュ 属

  8. J-GLOBAL MeSH Dictionary: イヌサフラン属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌサフラン属 名詞 サ変接続 * * * * イヌサフラン属 ... MeSH D003079 200906027002343349 C LS06 MULTI_WORD イヌ サフラン 属

  9. J-GLOBAL MeSH Dictionary: 部局間相互関係 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 部局間相互関係 名詞 サ変接続 * * * * 部局間相互関係 ... MeSH D015274 200906063549036439 C LS53 MULTI_WORD 部局 間 相互 関係

  10. J-GLOBAL MeSH Dictionary: 病院・患者関係 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病院・患者関係 名詞 サ変接続 * * * * 病院・患者関係 ... MeSH D015285 200906006635617181 C LS53 MULTI_WORD 病院 ・ 患者 関係

  11. J-GLOBAL MeSH Dictionary: 組織体協力関係 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 組織体協力関係 名詞 サ変接続 * * * * 組織体協力関係 ... MeSH D009935 200906004517634214 C LS53 MULTI_WORD 組織 体 協力 関係

  12. J-GLOBAL MeSH Dictionary: 公共機関間関係 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 公共機関間関係 名詞 サ変接続 * * * * 公共機関間関係 ... MeSH D007373 200906072177560950 C LS53 MULTI_WORD 公共 機関 間 関係

  13. J-GLOBAL MeSH Dictionary: 病院・医師関係 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病院・医師関係 名詞 サ変接続 * * * * 病院・医師関係 ... MeSH D018578 200906076615539565 C LS53 MULTI_WORD 病院 ・ 医師 関係

  14. J-GLOBAL MeSH Dictionary: 医師による紹介 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医師による紹介 名詞 サ変接続 * * * * 医師による紹介 ... MeSH D018584 200906043092125189 C LS53 MULTI_WORD 医師 による 紹介

  15. J-GLOBAL MeSH Dictionary: 精神分析的解釈 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 精神分析的解釈 名詞 サ変接続 * * * * 精神分析的解釈 ... MeSH D011573 200906044698628506 C LS52 MULTI_WORD 精神 分析 的 解釈

  16. J-GLOBAL MeSH Dictionary: Schilder汎発性脳硬化症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Schilder汎発性脳硬化症 名詞 一般 * * * * Schild...er汎発性脳硬化症 ... MeSH D002549 200906008391610999 C LS51 UNKNOWN_2 Schilder 汎 発 性 脳 硬化 症

  17. J-GLOBAL MeSH Dictionary: 鎌状赤血球貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 鎌状赤血球貧血 名詞 サ変接続 * * * * 鎌状赤血球貧血 ... MeSH D000755 200906045374190717 C LS51 MULTI_WORD 鎌 状 赤血球 貧血

  18. J-GLOBAL MeSH Dictionary: 大赤血球性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 大赤血球性貧血 名詞 サ変接続 * * * * 大赤血球性貧血 ... MeSH D000748 200906074917405891 C LS51 MULTI_WORD 大 赤血球 性 貧血

  19. J-GLOBAL MeSH Dictionary: 巨赤芽球性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 巨赤芽球性貧血 名詞 サ変接続 * * * * 巨赤芽球性貧血 ... MeSH D000749 200906082001576472 C LS51 UNKNOWN_2 巨赤 芽 球 性 貧血

  20. J-GLOBAL MeSH Dictionary: ウマ伝染性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ウマ伝染性貧血 名詞 サ変接続 * * * * ウマ伝染性貧血 ... MeSH D004859 200906096010788629 C LS56 MULTI_WORD ウマ 伝染 性 貧血

  1. J-GLOBAL MeSH Dictionary: 再生不良性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 再生不良性貧血 名詞 サ変接続 * * * * 再生不良性貧血 ... MeSH D000741 200906079613293525 C LS51 MULTI_WORD 再生 不良 性 貧血

  2. J-GLOBAL MeSH Dictionary: 新生児集中治療 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 新生児集中治療 名詞 サ変接続 * * * * 新生児集中治療 ... MeSH D015931 200906040367583884 C LS52 MULTI_WORD 新生児 集中 治療

  3. J-GLOBAL MeSH Dictionary: 治療的塞栓形成 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 治療的塞栓形成 名詞 サ変接続 * * * * 治療的塞栓形成 ... MeSH D004621 200906071209062497 C LS52 UNKNOWN_2 治療 的 塞栓 形成

  4. J-GLOBAL MeSH Dictionary: 直接監視下治療 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 直接監視下治療 名詞 サ変接続 * * * * 直接監視下治療 ... MeSH D023801 200906040443556425 C LS52 MULTI_WORD 直接 監視 下 治療

  5. Tensile Behaviour of Welded Wire Mesh and Hexagonal Metal Mesh for Ferrocement Application

    Science.gov (United States)

    Tanawade, A. G.; Modhera, C. D.

    2017-08-01

    Tension tests were conducted on welded mesh and hexagonal Metal mesh. Welded Mesh is available in the market in different sizes. The two types are analysed viz. Ø 2.3 mm and Ø 2.7 mm welded mesh, having opening size 31.75 mm × 31.75 mm and 25.4 mm × 25.4 mm respectively. Tensile strength test was performed on samples of welded mesh in three different orientations namely 0°, 30° and 45° degrees with the loading axis and hexagonal Metal mesh of Ø 0.7 mm, having opening 19.05 × 19.05 mm. Experimental tests were conducted on samples of these meshes. The objective of this study was to investigate the behaviour of the welded mesh and hexagonal Metal mesh. The result shows that the tension load carrying capacity of welded mesh of Ø 2.7 mm of 0° orientation is good as compared to Ø2.3 mm mesh and ductility of hexagonal Metal mesh is good in behaviour.

  6. Selectivity of commercial, larger mesh and square mesh trawl codends for deep water rose shrimp Parapenaeus longirostris (Lucas, 1846 in the Aegean Sea

    Directory of Open Access Journals (Sweden)

    Hakan Kaykaç

    2009-09-01

    Full Text Available We investigated the differences between size selectivity of a commercial codend (40 mm diamond mesh – 40D, a larger mesh codend (48 mm diamond mesh – 48D, and a square mesh codend (40 mm square mesh – 40S for Parapenaeus longirostris in international waters of the Aegean Sea. Selectivity data were collected by using a covered codend method and analysed taking between-haul variation into account. The results indicate significant increases in L50 values in relation to an increase in mesh size and when the square mesh is used in the commercial trawl codend. The results demonstrate that the commercially used codend (40D is not selective enough for P. longirostris in terms of length at first maturity. Changing from a 40D to a 48D codend significantly improves selection, with an increase of about 15% in the L50 values (carapace length 14.5 mm for 40D and 16.6 mm for 48D. Similarly, 40 mm square mesh, which has recently been legislated for EU Mediterranean waters, showed a 12.4% higher mean L50 value (16.3 mm than 40 mm diamond mesh for this species. However, despite these improvements, the 48D and 40S codends still need further improvements to obtain higher selectivity closer to the length at first maturity (20 mm carapace length.

  7. In-vitro examination of the biocompatibility of fibroblast cell lines on alloplastic meshes and sterilized polyester mosquito mesh.

    Science.gov (United States)

    Wiessner, R; Kleber, T; Ekwelle, N; Ludwig, K; Richter, D-U

    2017-06-01

    The use of alloplastic implants for tissue strengthening when treating hernias is an established therapy worldwide. Despite the high incidence of hernias in Africa and Asia, the implantation of costly mesh netting is not financially feasible. Because of that various investigative groups have examined the use of sterilized mosquito netting. The animal experiments as well as the clinical trials have both shown equivalent short- and long-term results. The goal of this paper is the comparison of biocompatibility of human fibroblasts on the established commercially available nets and on sterilized polyester mosquito mesh over a period of 12 weeks. Three commercially available plastic mesh types and a gas-sterilized mosquito polyethylenterephtalate (polyester) mesh were examined. Human fibroblasts from subcutaneous healthy tissue were used. Various tests for evaluating the growth behavior and the cell morphology of human fibroblasts were conducted. The semi-quantitative (light microscopy) and qualitative (scanning electron microscopy) analyses were performed after 1 week and then again after 12 weeks. The cell proliferation and cytotoxicity of the implants were investigated with the help of the 5'-bromo-2'-deoxyuridine (BrdU)-cell proliferation test and the LDH-cytotoxicity test. The number of live cells per ml was determined with the Bürker counting chamber. In addition, analyses were made of the cell metabolism (oxidative stress) by measuring the pH value, hydrogen peroxide, and glycolysis. After 12 weeks, a proliferation of fibroblasts on all mesh is documented. No mesh showed a complete apoptosis of the cells. This qualitative observation could be confirmed quantitatively in a biochemical assay by marking the proliferating cells with BrdU. The biochemical analysis brought the proof that the materials used, including the polyester of the mosquito mesh, are not cytotoxic for the fibroblasts. The vitality of the cells was between 94 and 98%. The glucose metabolism

  8. Seeking new surgical predictors of mesh exposure after transvaginal mesh repair.

    Science.gov (United States)

    Wu, Pei-Ying; Chang, Chih-Hung; Shen, Meng-Ru; Chou, Cheng-Yang; Yang, Yi-Ching; Huang, Yu-Fang

    2016-10-01

    The purpose of this study was to explore new preventable risk factors for mesh exposure. A retrospective review of 92 consecutive patients treated with transvaginal mesh (TVM) in the urogynecological unit of our university hospital. An analysis of perioperative predictors was conducted in patients after vaginal repairs using a type 1 mesh. Mesh complications were recorded according to International Urogynecological Association (IUGA) definitions. Mesh-exposure-free durations were calculated by using the Kaplan-Meier method and compared between different closure techniques using log-rank test. Hazard ratios (HR) of predictors for mesh exposure were estimated by univariate and multivariate analyses using Cox proportional hazards regression models. The median surveillance interval was 24.1 months. Two late occurrences were found beyond 1 year post operation. No statistically significant correlation was observed between mesh exposure and concomitant hysterectomy. Exposure risks were significantly higher in patients with interrupted whole-layer closure in univariate analysis. In the multivariate analysis, hematoma [HR 5.42, 95 % confidence interval (CI) 1.26-23.35, P = 0.024), Prolift mesh (HR 5.52, 95 % CI 1.15-26.53, P = 0.033), and interrupted whole-layer closure (HR 7.02, 95 % CI 1.62-30.53, P = 0.009) were the strongest predictors of mesh exposure. Findings indicate the risks of mesh exposure and reoperation may be prevented by avoiding hematoma, large amount of mesh, or interrupted whole-layer closure in TVM surgeries. If these risk factors are prevented, hysterectomy may not be a relative contraindication for TVM use. We also provide evidence regarding mesh exposure and the necessity for more than 1 year of follow-up and preoperative counselling.

  9. J-GLOBAL MeSH Dictionary: 神経性食欲不振 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 神経性食欲不振 名詞 形容動詞語幹 * * * * 神経性食欲不振 ... MeSH D000856 200906002162139117 C LS51 MULTI_WORD 神経 性 食欲 不振

  10. J-GLOBAL MeSH Dictionary: 酸塩基平衡異常 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 酸塩基平衡異常 名詞 形容動詞語幹 * * * * 酸塩基平衡異常 ... MeSH D000137 200906009875993759 C LS51 MULTI_WORD 酸 塩基 平衡 異常

  11. J-GLOBAL MeSH Dictionary: 不安定DNA塩基配列 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 不安定DNA塩基配列 名詞 サ変接続 * * * * 不安定DNA塩基配列 ... MeSH D043243 200906076592866938 C LS18 MULTI_WORD 不安定 DNA 塩基 配列

  12. A THREE-YEAR EXPERIENCE WITH ANTERIOR TRANSOBTURATOR MESH (ATOM AND POSTERIOR ISCHIORECTAL MESH (PIRM

    Directory of Open Access Journals (Sweden)

    Marijan Lužnik

    2018-02-01

    . In all 11 cases correction was performed during the operation, mesh was kept in place and postoperative course of treatment went without complications. Mean hospitalization time for mesh operation was 4 to 5 days. Short term results, 2 to 3 months after the operation, are very good both for pelvic organ static, and for pelvic function. In 14 cases we had small vaginal erosion in place of upper vaginal incision by ATOM. All erosions were cured spontaneously after removing of unresorptive suture (Etibond 1/0; Ethicon and/or excision of small denudated mesh part (< 1 mm2 without any anesthesia and vaginal sutures. Conclusions. New methods and materials allow return of pelvic floor integrity to physiological condition without hysterectomy of otherwise healthy uterus also in state of totally uterine prolapse. Corrections of POP with mesh procedures and without hysterectomy present a minimally invasive surgery with short hospitalization and reconvalescence. Quality of life markedly improved after operation because the preoperative problems were eliminated. Our and foreign experiences on these field1–8 give us a promise for long duration of good results which we also expect for women after needle implanted mesh in ATOM and/or PIRM procedure.9, 10

  13. ZONE: a finite element mesh generator

    International Nuclear Information System (INIS)

    Burger, M.J.

    1976-05-01

    The ZONE computer program is a finite-element mesh generator which produces the nodes and element description of any two-dimensional geometry. The geometry is subdivided into a mesh of quadrilateral and triangular zones arranged sequentially in an ordered march through the geometry. The order of march can be chosen so that the minimum bandwidth is obtained. The node points are defined in terms of the x and y coordinates in a global rectangular coordinate system. The zones generated are quadrilaterals or triangles defined by four node points in a counterclockwise sequence. Node points defining the outside boundary are generated to describe pressure boundary conditions. The mesh that is generated can be used as input to any two-dimensional as well as any axisymmetrical structure program. The output from ZONE is essentially the input file to NAOS, HONDO, and other axisymmetric finite element programs. 14 figures

  14. An Angular Method with Position Control for Block Mesh Squareness Improvement

    Energy Technology Data Exchange (ETDEWEB)

    Yao, J. [Lawrence Livermore National Lab. (LLNL), Livermore, CA (United States); Stillman, D. [Lawrence Livermore National Lab. (LLNL), Livermore, CA (United States)

    2017-09-19

    We optimize a target function de ned by angular properties with a position control term for a basic stencil with a block-structured mesh, to improve element squareness in 2D and 3D. Comparison with the condition number method shows that besides a similar mesh quality regarding orthogonality can be achieved as the former does, the new method converges faster and provides a more uniform global mesh spacing in our numerical tests.

  15. The Superconvergence Phenomenon and Proof of the MAC Scheme for the Stokes Equations on Non-uniform Rectangular Meshes

    KAUST Repository

    Li, Jichun

    2014-12-02

    For decades, the widely used finite difference method on staggered grids, also known as the marker and cell (MAC) method, has been one of the simplest and most effective numerical schemes for solving the Stokes equations and Navier–Stokes equations. Its superconvergence on uniform meshes has been observed by Nicolaides (SIAM J Numer Anal 29(6):1579–1591, 1992), but the rigorous proof is never given. Its behavior on non-uniform grids is not well studied, since most publications only consider uniform grids. In this work, we develop the MAC scheme on non-uniform rectangular meshes, and for the first time we theoretically prove that the superconvergence phenomenon (i.e., second order convergence in the (Formula presented.) norm for both velocity and pressure) holds true for the MAC method on non-uniform rectangular meshes. With a careful and accurate analysis of various sources of errors, we observe that even though the local truncation errors are only first order in terms of mesh size, the global errors after summation are second order due to the amazing cancellation of local errors. This observation leads to the elegant superconvergence analysis even with non-uniform meshes. Numerical results are given to verify our theoretical analysis.

  16. The Role of Chronic Mesh Infection in Delayed-Onset Vaginal Mesh Complications or Recurrent Urinary Tract Infections: Results From Explanted Mesh Cultures.

    Science.gov (United States)

    Mellano, Erin M; Nakamura, Leah Y; Choi, Judy M; Kang, Diana C; Grisales, Tamara; Raz, Shlomo; Rodriguez, Larissa V

    2016-01-01

    Vaginal mesh complications necessitating excision are increasingly prevalent. We aim to study whether subclinical chronically infected mesh contributes to the development of delayed-onset mesh complications or recurrent urinary tract infections (UTIs). Women undergoing mesh removal from August 2013 through May 2014 were identified by surgical code for vaginal mesh removal. Only women undergoing removal of anti-incontinence mesh were included. Exclusion criteria included any women undergoing simultaneous prolapse mesh removal. We abstracted preoperative and postoperative information from the medical record and compared mesh culture results from patients with and without mesh extrusion, de novo recurrent UTIs, and delayed-onset pain. One hundred seven women with only anti-incontinence mesh removed were included in the analysis. Onset of complications after mesh placement was within the first 6 months in 70 (65%) of 107 and delayed (≥6 months) in 37 (35%) of 107. A positive culture from the explanted mesh was obtained from 82 (77%) of 107 patients, and 40 (37%) of 107 were positive with potential pathogens. There were no significant differences in culture results when comparing patients with delayed-onset versus immediate pain, extrusion with no extrusion, and de novo recurrent UTIs with no infections. In this large cohort of patients with mesh removed for a diverse array of complications, cultures of the explanted vaginal mesh demonstrate frequent low-density bacterial colonization. We found no differences in culture results from women with delayed-onset pain versus acute pain, vaginal mesh extrusions versus no extrusions, or recurrent UTIs using standard culture methods. Chronic prosthetic infections in other areas of medicine are associated with bacterial biofilms, which are resistant to typical culture techniques. Further studies using culture-independent methods are needed to investigate the potential role of chronic bacterial infections in delayed vaginal mesh

  17. J-GLOBAL MeSH Dictionary: 早期介入（教育） [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 早期介入（教育） 名詞 一般 * * * * 早期介入(教育) ... MeSH D018479 200906083619290495 C LS52 MULTI_WORD 早期 介入 （ 教育 ）

  18. J-GLOBAL MeSH Dictionary: 逆転移（心理学） [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 逆転移（心理学） 名詞 一般 * * * * 逆転移(心理学) ... MeSH D003379 200906090716586443 C LS52 MULTI_WORD 逆 転移 （ 心理 学 ）

  19. J-GLOBAL MeSH Dictionary: チロシンｔＲＮＡ [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term チロシンｔＲＮＡ 名詞 一般 * * * * チロシンtRNA ... MeSH D012365 200906090964735250 C LS34 UNKNOWN_2 チロシン ｔ ＲＮＡ

  20. J-GLOBAL MeSH Dictionary: ベイ領域（化学） [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ベイ領域（化学） 名詞 一般 * * * * ベイ領域(化学) ... MeSH D018383 200906075397700638 C CA22 MULTI_WORD ベイ 領域 （ 化学 ）

  1. An inventory of publications on electronic medical records revisited.

    Science.gov (United States)

    Moorman, P W; Schuemie, M J; van der Lei, J

    2009-01-01

    In this short review we provide an update of our earlier inventories of publications indexed in MedLine with the MeSH term 'Medical Records Systems, Computerized'. We retrieved and analyzed all references to English articles published before January 1, 2008, and indexed in PubMed with the MeSH term 'Medical Records Systems, Computerized'. We retrieved a total of 11,924 publications, of which 3937 (33%) appeared in a journal with an impact factor. Since 2002 the number of yearly publications, and the number of journals in which those publications appeared, increased. A cluster analysis revealed three clusters: an organizational issues cluster, a technically oriented cluster and a cluster about order-entry and research. Although our previous inventory in 2003 suggested a constant yearly production of publications on electronic medical records since 1998, the current inventory shows another rise in production since 2002. In addition, many new journals and countries have shown interest during the last five years. In the last 15 years, interest in organizational issues remained fairly constant, order entry and research with systems gained attention, while interest in technical issues relatively decreased.

  2. Cartesian anisotropic mesh adaptation for compressible flow

    International Nuclear Information System (INIS)

    Keats, W.A.; Lien, F.-S.

    2004-01-01

    Simulating transient compressible flows involving shock waves presents challenges to the CFD practitioner in terms of the mesh quality required to resolve discontinuities and prevent smearing. This paper discusses a novel two-dimensional Cartesian anisotropic mesh adaptation technique implemented for compressible flow. This technique, developed for laminar flow by Ham, Lien and Strong, is efficient because it refines and coarsens cells using criteria that consider the solution in each of the cardinal directions separately. In this paper the method will be applied to compressible flow. The procedure shows promise in its ability to deliver good quality solutions while achieving computational savings. The convection scheme used is the Advective Upstream Splitting Method (Plus), and the refinement/ coarsening criteria are based on work done by Ham et al. Transient shock wave diffraction over a backward step and shock reflection over a forward step are considered as test cases because they demonstrate that the quality of the solution can be maintained as the mesh is refined and coarsened in time. The data structure is explained in relation to the computational mesh, and the object-oriented design and implementation of the code is presented. Refinement and coarsening algorithms are outlined. Computational savings over uniform and isotropic mesh approaches are shown to be significant. (author)

  3. An Efficient Approach for Solving Mesh Optimization Problems Using Newton’s Method

    Directory of Open Access Journals (Sweden)

    Jibum Kim

    2014-01-01

    Full Text Available We present an efficient approach for solving various mesh optimization problems. Our approach is based on Newton’s method, which uses both first-order (gradient and second-order (Hessian derivatives of the nonlinear objective function. The volume and surface mesh optimization algorithms are developed such that mesh validity and surface constraints are satisfied. We also propose several Hessian modification methods when the Hessian matrix is not positive definite. We demonstrate our approach by comparing our method with nonlinear conjugate gradient and steepest descent methods in terms of both efficiency and mesh quality.

  4. Prevention of Incisional Hernias with Biological MeshA Systematic Review of the Literature

    Directory of Open Access Journals (Sweden)

    FILIP ETIENNE MUYSOMS

    2016-09-01

    Full Text Available Background: Prophylactic mesh augmented reinforcement during closure of abdominal wall incisions has been proposed in patients with increased risk for development of incisional hernias (IH. As part of the BioMesh consensus project, a systematic literature review has been performed to detect those studies where MAR was performed with a non-permanent absorbable mesh (biological or biosynthetic. Methods: A computerized search was performed within 12 databases (Embase, Medline, Web-of-Science, Scopus, Cochrane, CINAHL, Pubmed publisher, Lilacs, Scielo, ScienceDirect, ProQuest, Google scholar with appropriate search terms. Qualitative evaluation was performed using the MINORS score for cohort studies and the Jadad score for RCTs. Results: For midline laparotomy incisions and stoma reversal wounds, 2 RCTs, 2 case control studies and 2 case series were identified. The studies were very heterogeneous in terms of mesh configuration (cross linked versus non cross linked, mesh position (intraperitoneal versus retromuscular versus onlay, surgical indication (gastric bypass versus aortic aneurysm, outcome results (effective versus non effective. After qualitative assessment we have to conclude that the level of evidence on the efficacy and safety of biological meshes for prevention of incisional hernias is very low. No comparative studies were found comparing biological mesh with synthetic non-absorbable meshes for the prevention of incisional hernias. Conclusion: There is no evidence supporting the use of non-permanent absorbable mesh (biological or biosynthetic for prevention of incisional hernias when closing a laparotomy in high-risk patients or in stoma reversal wounds. There is no evidence that a non-permanent absorbable mesh should be preferred to synthetic non-absorbable mesh both in clean or clean-contaminated surgery.

  5. Transvaginal mesh procedures for pelvic organ prolapse.

    Science.gov (United States)

    Walter, Jens-Erik

    2011-02-01

    To provide an update on transvaginal mesh procedures, newly available minimally invasive surgical techniques for pelvic floor repair. The discussion is limited to minimally invasive transvaginal mesh procedures. PubMed and Medline were searched for articles published in English, using the key words "pelvic organ prolapse," transvaginal mesh," and "minimally invasive surgery." Results were restricted to systematic reviews, randomized control trials/controlled clinical trials, and observational studies. Searches were updated on a regular basis, and articles were incorporated in the guideline to May 2010. Grey (unpublished) literature was identified through searching the websites of health technology assessment and health technology assessment-related agencies, clinical practice guideline collections, clinical trial registries, and national and international medical specialty societies. The quality of evidence was rated using the criteria described in the Report of the Canadian Task Force on the Preventive Health Care. Recommendations for practice were ranked according to the method described in that report (Table 1). Counselling for the surgical treatment of pelvic organ prolapse should consider all benefits, harms, and costs of the surgical procedure, with particular emphasis on the use of mesh. 1. Patients should be counselled that transvaginal mesh procedures are considered novel techniques for pelvic floor repair that demonstrate high rates of anatomical cure in uncontrolled short-term case series. (II-2B) 2. Patients should be informed of the range of success rates until stronger evidence of superiority is published. (II-2B) 3. Training specific to transvaginal mesh procedures should be undertaken before procedures are performed. (III-C) 4. Patients should undergo thorough preoperative counselling regarding (a) the potential serious adverse sequelae of transvaginal mesh repairs, including mesh exposure, pain, and dyspareunia; and (b) the limited data available

  6. J-GLOBAL MeSH Dictionary: 日本脳炎ウイルス [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 日本脳炎ウイルス 名詞 一般 * * * * 日本脳炎ウイルス ... MeSH D004664 200906080846001441 C LS07 MULTI_WORD 日本脳炎 ウイルス

  7. J-GLOBAL MeSH Dictionary: 日本脳炎ワクチン [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 日本脳炎ワクチン 名詞 一般 * * * * 日本脳炎ワクチン ... MeSH D022321 200906017733304908 C LS44 MULTI_WORD 日本脳炎 ワクチン

  8. J-GLOBAL MeSH Dictionary: 中毒管理センター [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 中毒管理センター 名詞 一般 * * * * 中毒管理センター ... MeSH D011039 200906011376068224 C LS53 MULTI_WORD 中毒 管理 センター

  9. J-GLOBAL MeSH Dictionary: 病院施設管理部門 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 病院施設管理部門 名詞 一般 * * * * 病院施設管理部門 ... MeSH D006797 200906060128496954 C LS53 MULTI_WORD 病院 施設 管理 部門

  10. J-GLOBAL MeSH Dictionary: 肥満低換気症候群 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 肥満低換気症候群 名詞 一般 * * * * 肥満低換気症候群 ... MeSH D010845 200906084745468336 C LS51 MULTI_WORD 肥満 低 換気 症候群

  11. J-GLOBAL MeSH Dictionary: ライム病ワクチン [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term ライム病ワクチン 名詞 一般 * * * * ライム病ワクチン ... MeSH D022123 200906051339943001 C LS44 MULTI_WORD ライム 病 ワクチン

  12. J-GLOBAL MeSH Dictionary: クリソバラヌス科 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term クリソバラヌス科 名詞 一般 * * * * クリソバラヌス科 ... MeSH D045469 200906078414809338 C LS06 UNKNOWN_2 クリソバラヌス 科

  13. J-GLOBAL MeSH Dictionary: サルトリイバラ科 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term サルトリイバラ科 名詞 一般 * * * * サルトリイバラ科 ... MeSH D029642 200906082272059058 C LS06 MULTI_WORD サルトリイバラ 科

  14. J-GLOBAL MeSH Dictionary: バランチジウム症 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term バランチジウム症 名詞 一般 * * * * バランチジウム症 ... MeSH D001447 200906043861972582 C LS51 UNKNOWN_2 バランチジウム 症

  15. J-GLOBAL MeSH Dictionary: 注意欠陥多動障害 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 注意欠陥多動障害 名詞 一般 * * * * 注意欠陥多動障害 ... MeSH D001289 200906028482079596 C LS51 MULTI_WORD 注意 欠陥 多 動 障害

  16. J-GLOBAL MeSH Dictionary: ショウジョウバエ [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term ショウジョウバエ 名詞 一般 * * * * ショウジョウバエ ... MeSH D004330 200906095997136176 C LS05 名詞 ショウジョウバエ

  17. J-GLOBAL MeSH Dictionary: プラスチック包埋 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term プラスチック包埋 名詞 一般 * * * * プラスチック包埋 ... MeSH D016613 200906052402402322 C LS03 MULTI_WORD プラスチック 包 埋

  18. J-GLOBAL MeSH Dictionary: 生物学的精神医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 生物学的精神医学 名詞 一般 * * * * 生物学的精神医学 ... MeSH D001689 200906023413280903 C LS52 MULTI_WORD 生物 学 的 精神 医学

  19. J-GLOBAL MeSH Dictionary: クラスター頭痛症 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term クラスター頭痛症 名詞 一般 * * * * クラスター頭痛症 ... MeSH D003027 200906021151463227 C LS51 MULTI_WORD クラ スター 頭痛 症

  20. J-GLOBAL MeSH Dictionary: アンピシリン耐性 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term アンピシリン耐性 名詞 一般 * * * * アンピシリン耐性 ... MeSH D000668 200906074980177319 C LS41 UNKNOWN_2 アンピシリン 耐性

  1. J-GLOBAL MeSH Dictionary: シグナル認識粒子 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term シグナル認識粒子 名詞 一般 * * * * シグナル認識粒子 ... MeSH D018271 200906027026859486 C LS33 MULTI_WORD シグナル 認識 粒子

  2. J-GLOBAL MeSH Dictionary: 斑点熱リケッチア [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 斑点熱リケッチア 名詞 一般 * * * * 斑点熱リケッチア ... MeSH D012284 200906077046294180 C LS07 MULTI_WORD 斑点 熱 リケッチア

  3. J-GLOBAL MeSH Dictionary: リケッチア性肺炎 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term リケッチア性肺炎 名詞 一般 * * * * リケッチア性肺炎 ... MeSH D011022 200906064352020529 C LS51 MULTI_WORD リケッチア 性 肺炎

  4. J-GLOBAL MeSH Dictionary: 網状赤血球増加症 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 網状赤血球増加症 名詞 一般 * * * * 網状赤血球増加症 ... MeSH D045262 200906068973286587 C LS51 MULTI_WORD 網状 赤血球 増加 症

  5. J-GLOBAL MeSH Dictionary: 脳心筋炎ウイルス [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 脳心筋炎ウイルス 名詞 一般 * * * * 脳心筋炎ウイルス ... MeSH D004686 200906065718796246 C LS07 MULTI_WORD 脳 心筋 炎 ウイルス

  6. J-GLOBAL MeSH Dictionary: マラリアワクチン [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term マラリアワクチン 名詞 一般 * * * * マラリアワクチン ... MeSH D017780 200906068500105437 C LS44 MULTI_WORD マラリア ワクチン

  7. J-GLOBAL MeSH Dictionary: 核酸データベース [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 核酸データベース 名詞 一般 * * * * 核酸データベース ... MeSH D030561 200906003152793923 C LS34 MULTI_WORD 核酸 データベース

  8. J-GLOBAL MeSH Dictionary: 皮膚反応終点滴定 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 皮膚反応終点滴定 名詞 一般 * * * * 皮膚反応終点滴定 ... MeSH D015927 200906014055712198 C LS52 MULTI_WORD 皮膚 反応 終 点滴 定

  9. J-GLOBAL MeSH Dictionary: 環境性発癌物質 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 環境性発癌物質 名詞 一般 * * * * 環境性発癌物質 ... MeSH D002274 200906008517150344 C LS45 MULTI_WORD 環境 性 発癌 物質

  10. J-GLOBAL MeSH Dictionary: 保健医療施設環境 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 保健医療施設環境 名詞 一般 * * * * 保健医療施設環境 ... MeSH D006272 200906004517604030 C LS53 MULTI_WORD 保健 医療 施設 環境

  11. J-GLOBAL MeSH Dictionary: 生命倫理学的問題 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 生命倫理学的問題 名詞 一般 * * * * 生命倫理学的問題 ... MeSH D026688 200906033468431329 C LS01 MULTI_WORD 生命 倫理 学 的 問題

  12. J-GLOBAL MeSH Dictionary: 無脊椎動物神経節 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 無脊椎動物神経節 名詞 一般 * * * * 無脊椎動物神経節 ... MeSH D017952 200906052301464092 C LS16 MULTI_WORD 無 脊椎動物 神経 節

  13. J-GLOBAL MeSH Dictionary: 脊椎動物ウイルス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 脊椎動物ウイルス 名詞 一般 * * * * 脊椎動物ウイルス ... MeSH D014712 200906039037344273 C LS07 MULTI_WORD 脊椎動物 ウイルス

  14. J-GLOBAL MeSH Dictionary: ナトリウム利尿薬 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ナトリウム利尿薬 名詞 一般 * * * * ナトリウム利尿薬 ... MeSH D045283 200906042529531894 C LS43 MULTI_WORD ナトリウム 利尿 薬

  15. J-GLOBAL MeSH Dictionary: 学術医学センター [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 学術医学センター 名詞 一般 * * * * 学術医学センター ... MeSH D000046 200906047854401125 C LS53 MULTI_WORD 学術 医学 センター

  16. J-GLOBAL MeSH Dictionary: アフリカ伝統医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term アフリカ伝統医学 名詞 一般 * * * * アフリカ伝統医学 ... MeSH D016488 200906077906982748 C LS52 MULTI_WORD アフリカ 伝統 医学

  17. J-GLOBAL MeSH Dictionary: 芸術における医学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 芸術における医学 名詞 一般 * * * * 芸術における医学 ... MeSH D008512 200906028361801154 C LS52 MULTI_WORD 芸術 における 医学

  18. J-GLOBAL MeSH Dictionary: 医師診療パターン [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医師診療パターン 名詞 一般 * * * * 医師診療パターン ... MeSH D010818 200906059692569351 C LS53 MULTI_WORD 医師 診療 パターン

  19. J-GLOBAL MeSH Dictionary: バイオエシックス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term バイオエシックス 名詞 一般 * * * * バイオエシックス ... MeSH D001675 200906095661562029 C LS01 UNKNOWN_1 バイオエシックス

  20. J-GLOBAL MeSH Dictionary: 遺伝プライバシー [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 遺伝プライバシー 名詞 一般 * * * * 遺伝プライバシー ... MeSH D030661 200906028235041586 C LS18 MULTI_WORD 遺伝 プライバシー

  1. J-GLOBAL MeSH Dictionary: ネコ感染性腹膜炎 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ネコ感染性腹膜炎 名詞 一般 * * * * ネコ感染性腹膜炎 ... MeSH D016766 200906037049314288 C LS51 MULTI_WORD ネコ 感染 性 腹膜炎

  2. J-GLOBAL MeSH Dictionary: 腎血管性高血圧症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 腎血管性高血圧症 名詞 一般 * * * * 腎血管性高血圧症 ... MeSH D006978 200906090377202908 C LS51 MULTI_WORD 腎 血管 性 高 血圧 症

  3. J-GLOBAL MeSH Dictionary: ナッツアレルギー [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ナッツアレルギー 名詞 一般 * * * * ナッツアレルギー ... MeSH D021184 200906056043667620 C LS51 MULTI_WORD ナッツ アレルギー

  4. J-GLOBAL MeSH Dictionary: 即時型アレルギー [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 即時型アレルギー 名詞 一般 * * * * 即時型アレルギー ... MeSH D006969 200906000959624115 C LS19 MULTI_WORD 即時 型 アレルギー

  5. J-GLOBAL MeSH Dictionary: ミルクアレルギー [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ミルクアレルギー 名詞 一般 * * * * ミルクアレルギー ... MeSH D016269 200906047054574684 C LS51 MULTI_WORD ミルク アレルギー

  6. J-GLOBAL MeSH Dictionary: 化学的皮膚剥離法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 化学的皮膚剥離法 名詞 一般 * * * * 化学的皮膚剥離法 ... MeSH D002615 200906072324892874 C LS52 MULTI_WORD 化学 的 皮膚 剥離 法

  7. J-GLOBAL MeSH Dictionary: ポートワイン母斑 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ポートワイン母斑 名詞 一般 * * * * ポートワイン母斑 ... MeSH D019339 200906029967401220 C LS51 MULTI_WORD ポートワイン 母 斑

  8. Mesh Nanoelectronics: Seamless Integration of Electronics with Tissues.

    Science.gov (United States)

    Dai, Xiaochuan; Hong, Guosong; Gao, Teng; Lieber, Charles M

    2018-02-20

    Nanobioelectronics represents a rapidly developing field with broad-ranging opportunities in fundamental biological sciences, biotechnology, and medicine. Despite this potential, seamless integration of electronics has been difficult due to fundamental mismatches, including size and mechanical properties, between the elements of the electronic and living biological systems. In this Account, we discuss the concept, development, key demonstrations, and future opportunities of mesh nanoelectronics as a general paradigm for seamless integration of electronics within synthetic tissues and live animals. We first describe the design and realization of hybrid synthetic tissues that are innervated in three dimensions (3D) with mesh nanoelectronics where the mesh serves as both as a tissue scaffold and as a platform of addressable electronic devices for monitoring and manipulating tissue behavior. Specific examples of tissue/nanoelectronic mesh hybrids highlighted include 3D neural tissue, cardiac patches, and vascular constructs, where the nanoelectronic devices have been used to carry out real-time 3D recording of electrophysiological and chemical signals in the tissues. This novel platform was also exploited for time-dependent 3D spatiotemporal mapping of cardiac tissue action potentials during cell culture and tissue maturation as well as in response to injection of pharmacological agents. The extension to simultaneous real-time monitoring and active control of tissue behavior is further discussed for multifunctional mesh nanoelectronics incorporating both recording and stimulation devices, providing the unique capability of bidirectional interfaces to cardiac tissue. In the case of live animals, new challenges must be addressed, including minimally invasive implantation, absence of deleterious chronic tissue response, and long-term capability for monitoring and modulating tissue activity. We discuss each of these topics in the context of implantation of mesh

  9. Urogynecologic Surgical Mesh Implants

    Science.gov (United States)

    ... procedures performed to treat pelvic floor disorders with surgical mesh: Transvaginal mesh to treat POP Transabdominal mesh to treat ... address safety risks Final Order for Reclassification of Surgical Mesh for Transvaginal Pelvic Organ Prolapse Repair Final Order for Effective ...

  10. Intravesical midurethral sling mesh erosion secondary to transvaginal mesh reconstructive surgery

    Directory of Open Access Journals (Sweden)

    Sukanda Bin Jaili

    2015-05-01

    Conclusion: Repeated vaginal reconstructive surgery may jeopardize a primary mesh or sling, and pose a high risk of mesh erosion, which may be delayed for several years. Removal of the mesh erosion and bladder repair are feasible pervaginally with good outcome.

  11. Laparoscopic sacrocolpopexy versus transvaginal mesh for recurrent pelvic organ prolapse.

    Science.gov (United States)

    Iglesia, Cheryl B; Hale, Douglass S; Lucente, Vincent R

    2013-03-01

    Both expert surgeons agree with the following: (1) Surgical mesh, whether placed laparoscopically or transvaginally, is indicated for pelvic floor reconstruction in cases involving recurrent advanced pelvic organ prolapse. (2) Procedural expertise and experience gained from performing a high volume of cases is fundamentally necessary. Knowledge of outcomes and complications from an individual surgeon's audit of cases is also needed when discussing the risks and benefits of procedures and alternatives. Yet controversy still exists on how best to teach new surgical techniques and optimal ways to efficiently track outcomes, including subjective and objective cure of prolapse as well as perioperative complications. A mesh registry will be useful in providing data needed for surgeons. Cost factors are also a consideration since laparoscopic and especially robotic surgical mesh procedures are generally more costly than transvaginal mesh kits when operative time, extra instrumentation and length of stay are included. Long-term outcomes, particularly for transvaginal mesh procedures, are lacking. In conclusion, all surgery poses risks; however, patients should be made aware of the pros and cons of various routes of surgery as well as the potential risks and benefits of using mesh. Surgeons should provide patients with honest information about their own experience implanting mesh and also their experience dealing with mesh-related complications.

  12. A general boundary capability embedded in an orthogonal mesh

    International Nuclear Information System (INIS)

    Hewett, D.W.; Yu-Jiuan Chen

    1995-01-01

    The authors describe how they hold onto orthogonal mesh discretization when dealing with curved boundaries. Special difference operators were constructed to approximate numerical zones split by the domain boundary; the operators are particularly simple for this rectangular mesh. The authors demonstrated that this simple numerical approach, termed Dynamic Alternating Direction Implicit, turned out to be considerably more efficient than more complex grid-adaptive algorithms that were tried previously

  13. J-GLOBAL MeSH Dictionary: Ｂｕｆｏ　ｂｕｆｏ [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ｂｕｆｏ　ｂｕｆｏ 名詞 一般 * * * * Bufo bufo ... MeSH D002023 200906035471563603 C LS05 UNKNOWN_2 Ｂｕｆｏ 　 ｂｕｆｏ

  14. J-GLOBAL MeSH Dictionary: 学士課程看護教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 学士課程看護教育 名詞 サ変接続 * * * * 学士課程看護教育 ... MeSH D004508 200906030634427352 C LS52 MULTI_WORD 学士 課程 看護 教育

  15. J-GLOBAL MeSH Dictionary: 短大課程看護教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 短大課程看護教育 名詞 サ変接続 * * * * 短大課程看護教育 ... MeSH D004507 200906074261735563 C LS52 MULTI_WORD 短大 課程 看護 教育

  16. J-GLOBAL MeSH Dictionary: 歯科進学課程教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯科進学課程教育 名詞 サ変接続 * * * * 歯科進学課程教育 ... MeSH D004515 200906030745508661 C LS52 MULTI_WORD 歯科 進学 課程 教育

  17. J-GLOBAL MeSH Dictionary: 看護学大学院教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 看護学大学院教育 名詞 サ変接続 * * * * 看護学大学院教育 ... MeSH D004511 200906004663520581 C LS52 MULTI_WORD 看護 学 大学院 教育

  18. J-GLOBAL MeSH Dictionary: 学部課程医学教育 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 学部課程医学教育 名詞 サ変接続 * * * * 学部課程医学教育 ... MeSH D004504 200906087402102440 C LS52 MULTI_WORD 学部 課程 医学 教育

  19. J-GLOBAL MeSH Dictionary: 健康管理援助計画 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 健康管理援助計画 名詞 サ変接続 * * * * 健康管理援助計画 ... MeSH D015276 200906048060477662 C LS55 MULTI_WORD 健康 管理 援助 計画

  20. J-GLOBAL MeSH Dictionary: 歯科医療事務管理 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯科医療事務管理 名詞 サ変接続 * * * * 歯科医療事務管理 ... MeSH D011215 200906063990830906 C LS53 MULTI_WORD 歯科 医療 事務 管理

  1. J-GLOBAL MeSH Dictionary: 病院資材器具管理 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病院資材器具管理 名詞 サ変接続 * * * * 病院資材器具管理 ... MeSH D008421 200906099287392381 C LS53 MULTI_WORD 病院 資材 器具 管理

  2. J-GLOBAL MeSH Dictionary: 患者の接触歴調査 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 患者の接触歴調査 名詞 サ変接続 * * * * 患者の接触歴調査 ... MeSH D016358 200906093388470776 C LS52 MULTI_WORD 患者 の 接触 歴 調査

  3. J-GLOBAL MeSH Dictionary: 脂肪萎縮性糖尿病 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 脂肪萎縮性糖尿病 名詞 一般 * * * * 脂肪萎縮性糖尿病 ... MeSH D003923 200906016139617096 C LS51 MULTI_WORD 脂肪 萎縮 性 糖尿 病

  4. J-GLOBAL MeSH Dictionary: 両耳分離聴能検査 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 両耳分離聴能検査 名詞 サ変接続 * * * * 両耳分離聴能検査 ... MeSH D004007 200906008700712491 C LS52 UNKNOWN_2 両 耳 分離 聴能 検査

  5. J-GLOBAL MeSH Dictionary: 空腹期消化管運動 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 空腹期消化管運動 名詞 サ変接続 * * * * 空腹期消化管運動 ... MeSH D016065 200906039018449790 C LS12 MULTI_WORD 空腹 期 消化 管 運動

  6. J-GLOBAL MeSH Dictionary: NADPHデヒドロゲナーゼ [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term NADPHデヒドロゲナーゼ 名詞 一般 * * * * NADPHデヒドロゲナーゼ ... MeSH D009252 200906069074412340 C LS38 UNKNOWN_2 NADPH デヒドロゲナーゼ

  7. J-GLOBAL MeSH Dictionary: ホンセイインコ属 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ホンセイインコ属 名詞 サ変接続 * * * * ホンセイインコ属 ... MeSH D046409 200906082078571244 C LS05 UNKNOWN_2 ホンセイインコ 属

  8. J-GLOBAL MeSH Dictionary: シナプス長期抑圧 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term シナプス長期抑圧 名詞 サ変接続 * * * * シナプス長期抑圧 ... MeSH D036881 200906085743255633 C LS12 MULTI_WORD シナプス 長期 抑圧

  9. J-GLOBAL MeSH Dictionary: エナメル質透過性 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term エナメル質透過性 名詞 一般 * * * * エナメル質透過性 ... MeSH D003745 200906028039784589 C LS12 MULTI_WORD エナメル 質 透過 性

  10. J-GLOBAL MeSH Dictionary: エナメル質溶解性 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term エナメル質溶解性 名詞 一般 * * * * エナメル質溶解性 ... MeSH D003747 200906076766613350 C LS16 MULTI_WORD エナメル 質 溶解 性

  11. J-GLOBAL MeSH Dictionary: 神経心理学的検査 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 神経心理学的検査 名詞 サ変接続 * * * * 神経心理学的検査 ... MeSH D009483 200906013708958965 C LS52 MULTI_WORD 神経 心理 学 的 検査

  12. J-GLOBAL MeSH Dictionary: 卵形マラリア原虫 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 卵形マラリア原虫 名詞 一般 * * * * 卵形マラリア原虫 ... MeSH D041122 200906023121543741 C LS07 MULTI_WORD 卵 形 マラリア 原虫

  13. J-GLOBAL MeSH Dictionary: 免疫用量反応関係 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 免疫用量反応関係 名詞 サ変接続 * * * * 免疫用量反応関係 ... MeSH D004306 200906004728933706 C LS41 MULTI_WORD 免疫 用量 反応 関係

  14. J-GLOBAL MeSH Dictionary: 医師診療行為用語 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医師診療行為用語 名詞 一般 * * * * 医師診療行為用語 ... MeSH D039702 200906020448786673 C LS52 MULTI_WORD 医師 診療 行為 用語

  15. J-GLOBAL MeSH Dictionary: 先天性溶血性貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 先天性溶血性貧血 名詞 サ変接続 * * * * 先天性溶血性貧血 ... MeSH D000745 200906023859047056 C LS51 MULTI_WORD 先天 性 溶血 性 貧血

  16. J-GLOBAL MeSH Dictionary: 非治療的身体改造 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 非治療的身体改造 名詞 サ変接続 * * * * 非治療的身体改造 ... MeSH D046289 200906048348595104 C LS52 MULTI_WORD 非 治療 的 身体 改造

  17. J-GLOBAL MeSH Dictionary: 低出力レーザ治療 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 低出力レーザ治療 名詞 サ変接続 * * * * 低出力レーザ治療 ... MeSH D028022 200906069835345676 C LS52 MULTI_WORD 低 出力 レーザ 治療

  18. Inflammatory Reaction as Determinant of Foreign Body Reaction Is an Early and Susceptible Event after Mesh Implantation

    Directory of Open Access Journals (Sweden)

    Holger Gerullis

    2014-01-01

    Full Text Available Purpose. To investigate and relate the ultrashort-term and long-term courses of determinants for foreign body reaction as biocompatibility predictors for meshes in an animal model. Materials and Methods. Three different meshes (TVT, UltraPro, and PVDF were implanted in sheep. Native and plasma coated meshes were placed bilaterally: (a interaperitoneally, (b as fascia onlay, and (c as muscle onlay (fascia sublay. At 5 min, 20 min, 60 min, and 120 min meshes were explanted and histochemically investigated for inflammatory infiltrate, macrophage infiltration, vessel formation, myofibroblast invasion, and connective tissue accumulation. The results were related to long-term values over 24 months. Results. Macrophage invasion reached highest extents with up to 60% in short-term and decreased within 24 months to about 30%. Inflammatory infiltrate increased within the first 2 hours, the reached levels and the different extents and ranking among the investigated meshes remained stable during long-term follow up. For myofibroblasts, connective tissue, and CD31+ cells, no activity was detected during the first 120 min. Conclusion. The local inflammatory reaction is an early and susceptible event after mesh implantation. It cannot be influenced by prior plasma coating and does not depend on the localisation of implantation.

  19. Mesh removal following transvaginal mesh placement: a case series of 104 operations.

    Science.gov (United States)

    Marcus-Braun, Naama; von Theobald, Peter

    2010-04-01

    The objective of the study was to reveal the way we treat vaginal mesh complications in a trained referral center. This is a retrospective review of all patients who underwent surgical removal of transvaginal mesh for mesh-related complications during a 5-year period. Eighty-three patients underwent 104 operations including 61 complete mesh removal, 14 partial excision, 15 section of sub-urethral sling, and five laparoscopies. Main indications were erosion, infection, granuloma, incomplete voiding, and pain. Fifty-eight removals occurred more than 2 years after the primary mesh placement. Mean operation time was 21 min, and there were two intraoperative and ten minor postoperative complications. Stress urinary incontinence (SUI) recurred in 38% and cystocele in 19% of patients. In a trained center, mesh removal was found to be a quick and safe procedure. Mesh-related complications may frequently occur more than 2 years after the primary operation. Recurrence was mostly associated with SUI and less with genital prolapse.

  20. J-GLOBAL MeSH Dictionary: Ｆａｎｃｏｎｉ貧血 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ｆａｎｃｏｎｉ貧血 名詞 サ変接続 * * * * Fanconi貧血 ... MeSH D005199 200906050385709807 C LS51 UNKNOWN_2 Ｆａｎｃｏｎｉ 貧血

  1. J-GLOBAL MeSH Dictionary: エナメル質減形成 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term エナメル質減形成 名詞 サ変接続 * * * * エナメル質減形成 ... MeSH D003744 200906034263050558 C LS51 MULTI_WORD エナメル 質 減 形成

  2. No. 351-Transvaginal Mesh Procedures for Pelvic Organ Prolapse.

    Science.gov (United States)

    Larouche, Maryse; Geoffrion, Roxana; Walter, Jens-Erik

    2017-11-01

    publications with study groups larger than 20 individuals were selected because this criterion was used in the largest meta-analysis referenced in this guideline. A total of 1470 studies were obtained; after selecting only applicable studies and excluding duplicates, 68 manuscripts were reviewed and included. The content and recommendations were drafted and agreed upon by the principal authors and members of the Urogynaecology Committee. The Board of the Society of Obstetricians and Gynaecologists of Canada approved the final draft for publication. The quality of evidence was rated using the criteria described in the Grading of Recommendations Assessment, Development and Evaluation methodology framework. The Summary of Findings is available upon request. It is expected that this guideline will benefit women with pelvic organ prolapse by ensuring that health care providers are aware of outcomes related to transvaginal mesh procedures and steps in the management of related complications. This should guide patient-informed consent before such procedures are undertaken. The benefits clearly outweigh the potential harms or costs of implementation of this guideline, although no direct harms or costs are identified. Evidence will be reviewed 5 years after publication to decide whether all or part of the guideline should be updated. However, if important new evidence is published prior to the 5-year cycle, the review process may be accelerated for a more rapid update of some recommendations. RECOMMENDATIONS. Copyright © 2017 The Society of Obstetricians and Gynaecologists of Canada/La Société des obstétriciens et gynécologues du Canada. Published by Elsevier Inc. All rights reserved.

  3. Polygonal Prism Mesh in the Viscous Layers for the Polyhedral Mesh Generator, PolyGen

    International Nuclear Information System (INIS)

    Lee, Sang Yong; Park, Chan Eok; Kim, Shin Whan

    2015-01-01

    Polyhedral mesh has been known to have some benefits over the tetrahedral mesh. Efforts have been made to set up a polyhedral mesh generation system with open source programs SALOME and TetGen. The evaluation has shown that the polyhedral mesh generation system is promising. But it is necessary to extend the capability of the system to handle the viscous layers to be a generalized mesh generator. A brief review to the previous works on the mesh generation for the viscous layers will be made in section 2. Several challenging issues for the polygonal prism mesh generation will be discussed as well. The procedure to generate a polygonal prism mesh will be discussed in detail in section 3. Conclusion will be followed in section 4. A procedure to generate meshes in the viscous layers with PolyGen has been successfully designed. But more efforts have to be exercised to find the best way for the generating meshes for viscous layers. Using the extrusion direction of the STL data will the first of the trials in the near future

  4. Prevention of a parastomal hernia by biological mesh reinforcement

    Directory of Open Access Journals (Sweden)

    René H Fortelny

    2015-10-01

    Full Text Available Introduction: In the field of hernia prevention the prophylactic mesh-reinforcement of stoma-sites is one of the most controversially discussed issues. The incidence of parastomal hernias in the literature reported to be up to 48.1% after end colostomy and up to 30.8 % after of loop colostomy respectively, but still remains uncertain due to diagnostic variety of clinical or radiological methods, heterogeneous patient groups and variable follow-up intervals respectively. Anyway, the published data regarding the use of synthetic or bio-prostethic meshes in the prevention of parastomal hernia at the primary operation are very scarce. Methods: A literature search of the Medline database in terms of biological prophylactic mesh implantation in stoma creation identified 6 systematic reviews, 2 randomized controlled trials (RCT, 2 case controlled studies and 1 technical report. Results: In a systematic review focusing on the prevention of parastomal hernia including only RCTs encompassing one RCT using bio-prosthetic mesh the incidence of herniation was 12.5 % compared to 53% in the control group (p<0.0001. In 1 RCT and 2 case control studies respectively, there was a significant smaller incidence of parastomal herniation as well as a similar complication rate compared to the control group respectively. Only in 1 RCT no significant difference regarding the incidence of parastomal hernia was reported with comparable complication rates. Conclusion: Thus so far 2 RCT and 2 case control studies are published with prophylactic bio prosthetic reinforcement in stoma sites. The majority revealed significant better results in terms of parastomal herniation and without any mesh related complications in comparison to the non mesh group. Further multicenter RCT are required to achieve a sufficient level of recommendation.

  5. Numerical homogenization of concrete microstructures without explicit meshes

    International Nuclear Information System (INIS)

    Sanahuja, Julien; Toulemonde, Charles

    2011-01-01

    Life management of electric hydro or nuclear power plants requires to estimate long-term concrete properties on facilities, for obvious safety and serviceability reasons. Decades-old structures are foreseen to be operational for several more decades. As a large number of different concrete formulations are found in EDF facilities, empirical models based on many experiments cannot be an option for a large fleet of power plant buildings. To build predictive models, homogenization techniques offer an appealing alternative. To properly upscale creep, especially at long term, a rather precise description of the microstructure is required. However, the complexity of the morphology of concrete poses several challenges. In particular, concrete is formulated to maximize the packing density of the granular skeleton, leading to aggregates spanning several length scales with small inter particle spacings. Thus, explicit meshing of realistic concrete microstructures is either out of reach of current meshing algorithms or would produce a number of degrees of freedom far higher than the current generic FEM codes capabilities. This paper proposes a method to deal with complex matrix-inclusions microstructures such as the ones encountered at the mortar or concrete scales, without explicitly meshing them. The microstructure is superimposed to an independent mesh, which is a regular Cartesian grid. This inevitably yields so called 'gray elements', spanning across multiple phases. As the reliability of the estimate of the effective properties highly depends on the behavior affected to these gray elements, special attention is paid to them. As far as the question of the solvers is concerned, generic FEM codes are found to lack efficiency: they cannot reach high enough levels of discretization with classical free meshes, and they do not take advantage of the regular structure of the mesh. Thus, a specific finite differences/finite volumes solver has been developed. At first, generic off

  6. Toward An Unstructured Mesh Database

    Science.gov (United States)

    Rezaei Mahdiraji, Alireza; Baumann, Peter Peter

    2014-05-01

    Unstructured meshes are used in several application domains such as earth sciences (e.g., seismology), medicine, oceanography, cli- mate modeling, GIS as approximate representations of physical objects. Meshes subdivide a domain into smaller geometric elements (called cells) which are glued together by incidence relationships. The subdivision of a domain allows computational manipulation of complicated physical structures. For instance, seismologists model earthquakes using elastic wave propagation solvers on hexahedral meshes. The hexahedral con- tains several hundred millions of grid points and millions of hexahedral cells. Each vertex node in the hexahedrals stores a multitude of data fields. To run simulation on such meshes, one needs to iterate over all the cells, iterate over incident cells to a given cell, retrieve coordinates of cells, assign data values to cells, etc. Although meshes are used in many application domains, to the best of our knowledge there is no database vendor that support unstructured mesh features. Currently, the main tool for querying and manipulating unstructured meshes are mesh libraries, e.g., CGAL and GRAL. Mesh li- braries are dedicated libraries which includes mesh algorithms and can be run on mesh representations. The libraries do not scale with dataset size, do not have declarative query language, and need deep C++ knowledge for query implementations. Furthermore, due to high coupling between the implementations and input file structure, the implementations are less reusable and costly to maintain. A dedicated mesh database offers the following advantages: 1) declarative querying, 2) ease of maintenance, 3) hiding mesh storage structure from applications, and 4) transparent query optimization. To design a mesh database, the first challenge is to define a suitable generic data model for unstructured meshes. We proposed ImG-Complexes data model as a generic topological mesh data model which extends incidence graph model to multi

  7. NeuroTessMesh: A Tool for the Generation and Visualization of Neuron Meshes and Adaptive On-the-Fly Refinement

    Directory of Open Access Journals (Sweden)

    Juan J. Garcia-Cantero

    2017-06-01

    Full Text Available Gaining a better understanding of the human brain continues to be one of the greatest challenges for science, largely because of the overwhelming complexity of the brain and the difficulty of analyzing the features and behavior of dense neural networks. Regarding analysis, 3D visualization has proven to be a useful tool for the evaluation of complex systems. However, the large number of neurons in non-trivial circuits, together with their intricate geometry, makes the visualization of a neuronal scenario an extremely challenging computational problem. Previous work in this area dealt with the generation of 3D polygonal meshes that approximated the cells’ overall anatomy but did not attempt to deal with the extremely high storage and computational cost required to manage a complex scene. This paper presents NeuroTessMesh, a tool specifically designed to cope with many of the problems associated with the visualization of neural circuits that are comprised of large numbers of cells. In addition, this method facilitates the recovery and visualization of the 3D geometry of cells included in databases, such as NeuroMorpho, and provides the tools needed to approximate missing information such as the soma’s morphology. This method takes as its only input the available compact, yet incomplete, morphological tracings of the cells as acquired by neuroscientists. It uses a multiresolution approach that combines an initial, coarse mesh generation with subsequent on-the-fly adaptive mesh refinement stages using tessellation shaders. For the coarse mesh generation, a novel approach, based on the Finite Element Method, allows approximation of the 3D shape of the soma from its incomplete description. Subsequently, the adaptive refinement process performed in the graphic card generates meshes that provide good visual quality geometries at a reasonable computational cost, both in terms of memory and rendering time. All the described techniques have been

  8. Mesh optimization for microbial fuel cell cathodes constructed around stainless steel mesh current collectors

    KAUST Repository

    Zhang, Fang

    2011-02-01

    Mesh current collectors made of stainless steel (SS) can be integrated into microbial fuel cell (MFC) cathodes constructed of a reactive carbon black and Pt catalyst mixture and a poly(dimethylsiloxane) (PDMS) diffusion layer. It is shown here that the mesh properties of these cathodes can significantly affect performance. Cathodes made from the coarsest mesh (30-mesh) achieved the highest maximum power of 1616 ± 25 mW m-2 (normalized to cathode projected surface area; 47.1 ± 0.7 W m-3 based on liquid volume), while the finest mesh (120-mesh) had the lowest power density (599 ± 57 mW m-2). Electrochemical impedance spectroscopy showed that charge transfer and diffusion resistances decreased with increasing mesh opening size. In MFC tests, the cathode performance was primarily limited by reaction kinetics, and not mass transfer. Oxygen permeability increased with mesh opening size, accounting for the decreased diffusion resistance. At higher current densities, diffusion became a limiting factor, especially for fine mesh with low oxygen transfer coefficients. These results demonstrate the critical nature of the mesh size used for constructing MFC cathodes. © 2010 Elsevier B.V. All rights reserved.

  9. Comparative efficacy of Prolene and Prolene-Vicryl composite mesh for experimental ventral hernia repair in dogs.

    Science.gov (United States)

    Anjum, H; Bokhari, S G; Khan, M A; Awais, M; Mughal, Z U; Shahzad, H K; Ijaz, F; Siddiqui, M I; Khan, I U; Chaudhry, A S; Akhtar, R; Aslam, S; Akbar, H; Asif, M; Maan, M K; Khan, M A; Noor, A; Khan, W A; Ullah, A; Hayat, M A

    2016-01-01

    In this study, efficacy of two hernia mesh implants viz. conventional Prolene and a novel Prolene-Vicryl composite mesh was assessed for experimental ventral hernia repair in dogs. Twelve healthy mongrel dogs were selected and randomly divided into three groups, A, Band C (n=4). In all groups, an experimental laparotomy was performed; thereafter, the posterior rectus sheath and peritoneum were sutured together, while, a 5 × 5 cm defect was created in the rectus muscle belly and anterior rectus sheath. For sublay hernioplasty, the hernia mesh (Prolene: group A; Prolene-Vicryl composite mesh: group B), was implanted over the posterior rectus sheath. In group C (control), mesh was not implanted; instead the laparotomy incision was closed after a herniorrhaphy. Post-operative pain, mesh shrinkage and adhesion formation were assessed as short term complications. Post-operatively, pain at surgical site was significantly less (P<0.001) in group B (composite mesh); mesh shrinkage was also significantly less in group B (21.42%, P<0.05) than in group A (Prolene mesh shrinkage: 58.18%). Group B (composite mesh) also depicted less than 25% adhesions (Mean ± SE: 0.75 ± 0.50 scores, P≤0.013) when assessed on the basis of a Quantitative Modified Diamond scale; a Qualitative Adhesion Tenacity scale also depicted either no adhesions (n=2), or, only flimsy adhesions (n=2) in group B (composite mesh), in contrast to group A (Prolene), which manifested greater adhesion formation and presence of dense adhesions requiring blunt dissection. Conclusively, the Prolene-Vicryl composite mesh proved superior to the Prolene mesh regarding lesser mesh contraction, fewer adhesions and no short-term follow-up complications.

  10. J-GLOBAL MeSH Dictionary: Ａｌｚｈｅｉｍｅｒ病 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Ａｌｚｈｅｉｍｅｒ病 名詞 一般 * * * * Alzheimer病 ... MeSH D000544 200906021199291479 C LS51 UNKNOWN_2 Ａｌｚｈｅｉｍｅｒ 病

  11. Unstructured Adaptive Meshes: Bad for Your Memory?

    Science.gov (United States)

    Biswas, Rupak; Feng, Hui-Yu; VanderWijngaart, Rob

    2003-01-01

    This viewgraph presentation explores the need for a NASA Advanced Supercomputing (NAS) parallel benchmark for problems with irregular dynamical memory access. This benchmark is important and necessary because: 1) Problems with localized error source benefit from adaptive nonuniform meshes; 2) Certain machines perform poorly on such problems; 3) Parallel implementation may provide further performance improvement but is difficult. Some examples of problems which use irregular dynamical memory access include: 1) Heat transfer problem; 2) Heat source term; 3) Spectral element method; 4) Base functions; 5) Elemental discrete equations; 6) Global discrete equations. Nonconforming Mesh and Mortar Element Method are covered in greater detail in this presentation.

  12. J-GLOBAL MeSH Dictionary: 日本脳炎ウイルス類 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 日本脳炎ウイルス類 名詞 一般 * * * * 日本脳炎ウイルス類 ... MeSH D018349 200906098535983352 C LS07 MULTI_WORD 日本脳炎 ウイルス 類

  13. J-GLOBAL MeSH Dictionary: 在宅非経口高栄養法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 在宅非経口高栄養法 名詞 一般 * * * * 在宅非経口高栄養法 ... MeSH D016562 200906033729401465 C LS52 MULTI_WORD 在宅 非 経口 高 栄養 法

  14. J-GLOBAL MeSH Dictionary: 歯科ジャーナリズム [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 歯科ジャーナリズム 名詞 一般 * * * * 歯科ジャーナリズム ... MeSH D007598 200906083823842928 C LS52 MULTI_WORD 歯科 ジャーナリズム

  15. J-GLOBAL MeSH Dictionary: 成年性浮腫性硬化症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 成年性浮腫性硬化症 名詞 一般 * * * * 成年性浮腫性硬化症 ... MeSH D012592 200906083862563459 C LS51 MULTI_WORD 成年 性 浮腫 性 硬化 症

  16. J-GLOBAL MeSH Dictionary: 医療スタッフの特権 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医療スタッフの特権 名詞 一般 * * * * 医療スタッフの特権 ... MeSH D008504 200906036975383890 C LS53 MULTI_WORD 医療 スタッフ の 特権

  17. J-GLOBAL MeSH Dictionary: 精神医学的社会事業 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 精神医学的社会事業 名詞 一般 * * * * 精神医学的社会事業 ... MeSH D012949 200906069645855856 C LS52 MULTI_WORD 精神 医学 的 社会 事業

  18. J-GLOBAL MeSH Dictionary: 仮性狂犬病ワクチン [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 仮性狂犬病ワクチン 名詞 一般 * * * * 仮性狂犬病ワクチン ... MeSH D022421 200906086387776816 C LS44 MULTI_WORD 仮性 狂犬病 ワクチン

  19. J-GLOBAL MeSH Dictionary: 新世界キャメリッド [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 新世界キャメリッド 名詞 一般 * * * * 新世界キャメリッド ... MeSH D002161 200906035748729903 C LS05 UNKNOWN_2 新 世界 キャメリッド

  20. J-GLOBAL MeSH Dictionary: 医療のピアレビュー [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医療のピアレビュー 名詞 一般 * * * * 医療のピアレビュー ... MeSH D018024 200906044771575831 C LS52 UNKNOWN_2 医療 の ピアレビュー

  1. J-GLOBAL MeSH Dictionary: トロンボスポンジン [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term トロンボスポンジン 名詞 一般 * * * * トロンボスポンジン ... MeSH D019699 200906063896075355 C LS33 UNKNOWN_1 トロンボスポンジン

  2. J-GLOBAL MeSH Dictionary: エナメル質蛋白質 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term エナメル質蛋白質 名詞 一般 * * * * エナメル質蛋白質 ... MeSH D003746 200906020730956786 C LS33 MULTI_WORD エナメル 質 蛋白 質

  3. J-GLOBAL MeSH Dictionary: リケッチアワクチン [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term リケッチアワクチン 名詞 一般 * * * * リケッチアワクチン ... MeSH D012290 200906018759398729 C LS44 MULTI_WORD リケッチア ワクチン

  4. J-GLOBAL MeSH Dictionary: 溶血プラークテスト [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 溶血プラークテスト 名詞 一般 * * * * 溶血プラークテスト ... MeSH D006462 200906012717011290 C LS01 UNKNOWN_2 溶血 プラークテスト

  5. J-GLOBAL MeSH Dictionary: テスト不安測定尺度 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term テスト不安測定尺度 名詞 一般 * * * * テスト不安測定尺度 ... MeSH D013732 200906054072945424 C LS52 MULTI_WORD テスト 不安 測定 尺度

  6. J-GLOBAL MeSH Dictionary: 四日熱マラリア原虫 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term 四日熱マラリア原虫 名詞 一般 * * * * 四日熱マラリア原虫 ... MeSH D010965 200906080620011177 C LS07 MULTI_WORD 四 日 熱 マラリア 原虫

  7. J-GLOBAL MeSH Dictionary: 三日熱マラリア原虫 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 三日熱マラリア原虫 名詞 一般 * * * * 三日熱マラリア原虫 ... MeSH D010966 200906058780804461 C LS07 MULTI_WORD 三 日 熱 マラリア 原虫

  8. J-GLOBAL MeSH Dictionary: 蛋白質データベース [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 蛋白質データベース 名詞 一般 * * * * 蛋白質データベース ... MeSH D030562 200906055322685608 C LS33 MULTI_WORD 蛋白 質 データベース

  9. J-GLOBAL MeSH Dictionary: 遺伝子データベース [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 遺伝子データベース 名詞 一般 * * * * 遺伝子データベース ... MeSH D030541 200906007478836130 C LS18 MULTI_WORD 遺伝子 データベース

  10. J-GLOBAL MeSH Dictionary: ヘルペスウイルス科 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ヘルペスウイルス科 名詞 一般 * * * * ヘルペスウイルス科 ... MeSH D006564 200906003520943965 C LS07 UNKNOWN_2 ヘルペスウイルス 科

  11. J-GLOBAL MeSH Dictionary: Gallidヘルペスウイルス1 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Gallidヘルペスウイルス1 名詞 一般 * * * * Gallidヘルペスウイルス...1 ... MeSH D001352 200906027359347326 C LS07 UNKNOWN_2 Gallid ヘルペスウイルス 1

  12. J-GLOBAL MeSH Dictionary: Gallidヘルペスウイルス2 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Gallidヘルペスウイルス2 名詞 一般 * * * * Gallidヘルペスウイルス...2 ... MeSH D008381 200906026851496519 C LS07 UNKNOWN_2 Gallid ヘルペスウイルス 2

  13. J-GLOBAL MeSH Dictionary: Meleagridヘルペスウイルス1 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Meleagridヘルペスウイルス1 名詞 一般 * * * * Meleagridヘルペスウイルス...1 ... MeSH D026002 200906098807236640 C LS07 UNKNOWN_2 Meleagrid ヘルペスウイルス 1

  14. J-GLOBAL MeSH Dictionary: Gallidヘルペスウイルス3 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term Gallidヘルペスウイルス3 名詞 一般 * * * * Gallidヘルペスウイルス...3 ... MeSH D025961 200906074137167123 C LS07 UNKNOWN_2 Gallid ヘルペスウイルス 3

  15. J-GLOBAL MeSH Dictionary: βヘルペスウイルス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term βヘルペスウイルス 名詞 一般 * * * * βヘルペスウイルス ... MeSH D018141 200906001712521670 C LS07 UNKNOWN_2 β ヘルペスウイルス

  16. J-GLOBAL MeSH Dictionary: アロステリック部位 [MeCab user dictionary for science technology term[Archive

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    Full Text Available MeCab user dictionary for science technology term アロステリック部位 名詞 一般 * * * * アロステリック部位 ... MeSH D000495 200906035586153620 C CA22 UNKNOWN_2 アロステリック 部位

  17. J-GLOBAL MeSH Dictionary: 無脊椎動物ホルモン [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 無脊椎動物ホルモン 名詞 一般 * * * * 無脊椎動物ホルモン ... MeSH D007447 200906082732418647 C LS37 MULTI_WORD 無 脊椎動物 ホルモン

  18. J-GLOBAL MeSH Dictionary: 脊椎動物光受容細胞 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 脊椎動物光受容細胞 名詞 一般 * * * * 脊椎動物光受容細胞 ... MeSH D020419 200906089371451967 C LS16 MULTI_WORD 脊椎動物 光 受容 細胞

  19. J-GLOBAL MeSH Dictionary: イヌアデノウイルス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌアデノウイルス 名詞 一般 * * * * イヌアデノウイルス ... MeSH D006516 200906047620729720 C LS07 UNKNOWN_1 イヌアデノウイルス

  20. J-GLOBAL MeSH Dictionary: イヌパルボウイルス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌパルボウイルス 名詞 一般 * * * * イヌパルボウイルス ... MeSH D017993 200906045697544097 C LS07 UNKNOWN_1 イヌパルボウイルス

  1. J-GLOBAL MeSH Dictionary: イヌ股関節形成不全 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌ股関節形成不全 名詞 一般 * * * * イヌ股関節形成不全 ... MeSH D006619 200906065202917292 C LS56 MULTI_WORD イヌ 股関節 形成 不全

  2. J-GLOBAL MeSH Dictionary: イヌコロナウイルス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term イヌコロナウイルス 名詞 一般 * * * * イヌコロナウイルス ... MeSH D017939 200906057646889799 C LS07 UNKNOWN_1 イヌコロナウイルス

  3. J-GLOBAL MeSH Dictionary: ミスセンス突然変異 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ミスセンス突然変異 名詞 一般 * * * * ミスセンス突然変異 ... MeSH D020125 200906047626469097 C LS18 MULTI_WORD ミス センス 突然変異

  4. J-GLOBAL MeSH Dictionary: 生殖細胞系突然変異 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 生殖細胞系突然変異 名詞 一般 * * * * 生殖細胞系突然変異 ... MeSH D018095 200906038554192002 C LS18 MULTI_WORD 生殖 細胞 系 突然変異

  5. J-GLOBAL MeSH Dictionary: 突然変異系統マウス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 突然変異系統マウス 名詞 一般 * * * * 突然変異系統マウス ... MeSH D008817 200906093255301475 C LS04 MULTI_WORD 突然変異 系統 マウス

  6. J-GLOBAL MeSH Dictionary: 突然変異体系ラット [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 突然変異体系ラット 名詞 一般 * * * * 突然変異体系ラット ... MeSH D011922 200906027275497462 C LS05 MULTI_WORD 突然変異 体系 ラット

  7. J-GLOBAL MeSH Dictionary: 精神医学的評価尺度 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 精神医学的評価尺度 名詞 一般 * * * * 精神医学的評価尺度 ... MeSH D011569 200906080250862750 C LS52 MULTI_WORD 精神 医学 的 評価 尺度

  8. J-GLOBAL MeSH Dictionary: 病院核医学検査部門 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病院核医学検査部門 名詞 一般 * * * * 病院核医学検査部門 ... MeSH D009684 200906097950044500 C LS53 MULTI_WORD 病院 核 医学 検査 部門

  9. J-GLOBAL MeSH Dictionary: 医学ジャーナリズム [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医学ジャーナリズム 名詞 一般 * * * * 医学ジャーナリズム ... MeSH D018156 200906094379152687 C LS52 MULTI_WORD 医学 ジャーナリズム

  10. J-GLOBAL MeSH Dictionary: 海外医師資格習得者 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 海外医師資格習得者 名詞 一般 * * * * 海外医師資格習得者 ... MeSH D005550 200906066801259992 C LS52 MULTI_WORD 海外 医師 資格 習得 者

  11. J-GLOBAL MeSH Dictionary: 医師報酬審査委員会 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 医師報酬審査委員会 名詞 一般 * * * * 医師報酬審査委員会 ... MeSH D015284 200906006356542325 C LS53 MULTI_WORD 医師 報酬 審査 委員 会

  12. J-GLOBAL MeSH Dictionary: 病院‐医師協同事業 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 病院‐医師協同事業 名詞 一般 * * * * 病院‐医師協同事業 ... MeSH D006759 200906072660497207 C LS53 MULTI_WORD 病院 ‐ 医師 協同 事業

  13. J-GLOBAL MeSH Dictionary: バイオミメティクス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term バイオミメティクス 名詞 一般 * * * * バイオミメティクス ... MeSH D032701 200906072068000219 C LS03 UNKNOWN_1 バイオミメティクス

  14. J-GLOBAL MeSH Dictionary: バイオリスティクス [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term バイオリスティクス 名詞 一般 * * * * バイオリスティクス ... MeSH D019470 200906059578125273 C LS03 UNKNOWN_1 バイオリスティクス

  15. J-GLOBAL MeSH Dictionary: 税制均衡財政責任法 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 税制均衡財政責任法 名詞 一般 * * * * 税制均衡財政責任法 ... MeSH D013659 200906049326266480 C LS53 MULTI_WORD 税制 均衡 財政 責任 法

  16. J-GLOBAL MeSH Dictionary: モノヨードチロシン [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term モノヨードチロシン 名詞 一般 * * * * モノヨードチロシン ... MeSH D007470 200906089147967109 C LS37 UNKNOWN_1 モノヨードチロシン

  17. J-GLOBAL MeSH Dictionary: アレルギーと免疫学 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term アレルギーと免疫学 名詞 一般 * * * * アレルギーと免疫学 ... MeSH D000486 200906001310194339 C LS52 MULTI_WORD アレルギー と 免疫 学

  18. J-GLOBAL MeSH Dictionary: アレルギー性結膜炎 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term アレルギー性結膜炎 名詞 一般 * * * * アレルギー性結膜炎 ... MeSH D003233 200906043678909723 C LS51 MULTI_WORD アレルギー性 結膜炎

  19. J-GLOBAL MeSH Dictionary: ロタウイルス感染症 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term ロタウイルス感染症 名詞 一般 * * * * ロタウイルス感染症 ... MeSH D012400 200906032005459953 C LS51 UNKNOWN_2 ロタウイルス 感染 症

  20. J-GLOBAL MeSH Dictionary: 化学的下垂体切除術 [MeCab user dictionary for science technology term[Archive

    Lifescience Database Archive (English)

    Full Text Available MeCab user dictionary for science technology term 化学的下垂体切除術 名詞 一般 * * * * 化学的下垂体切除術 ... MeSH D007017 200906032540150074 C LS52 MULTI_WORD 化学 的 下垂 体 切除 術

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