Matches in SemOpenAlex for { <https://semopenalex.org/work/W2081302511> ?p ?o ?g. }
- W2081302511 endingPage "1934" @default.
- W2081302511 startingPage "1922" @default.
- W2081302511 abstract "The use of mesh to repair abdominal wall defects has significantly increased over the past two decades owing to a perceived reduction in recurrence rates compared to primary repairs. However, the use of a mesh in vivo has introduced undesirable patient complications. As a result, there exists an unmet need for a mesh design which exhibits improved biocompatibility. In the present study, the in vitro conditioned modulation of biocompatibility-relevant physical and mechanical mesh properties using (1) absorbable yarns with different degradation profiles and (2) different mesh constructions employing the warp and weft knitting technologies was investigated. A novel warp-knit, bicomponent mesh (WK1) was developed that modulates physicomechanical properties and that (1) possesses short-term structural stiffness, (2) provides a gradual transition phase, and (3) possesses long-term compliance with force-extension properties similar to the abdominal wall. The use of two different degradable copolyester yarns facilitated the modulation of mesh physicomechanical properties, whereas the knit construction determined the resultant porosity, area weight, thickness, strength, and extension of the mesh. The lack of variation in the knit pattern for the weft knit (DM1) mesh made it one-dimensional, producing strength loss with time but showing no change in extensibility following the substantial degradation of the fast-degrading yarn." @default.
- W2081302511 created "2016-06-24" @default.
- W2081302511 creator A5007413975 @default.
- W2081302511 creator A5057096469 @default.
- W2081302511 creator A5089734133 @default.
- W2081302511 date "2012-08-20" @default.
- W2081302511 modified "2023-10-10" @default.
- W2081302511 title "Effect of mesh construction on the physicomechanical properties of bicomponent knit mesh using yarns derived from degradable copolyesters" @default.
- W2081302511 cites W1505584712 @default.
- W2081302511 cites W1559823239 @default.
- W2081302511 cites W166120902 @default.
- W2081302511 cites W1963900845 @default.
- W2081302511 cites W1964047063 @default.
- W2081302511 cites W1967784569 @default.
- W2081302511 cites W1970529569 @default.
- W2081302511 cites W1971501328 @default.
- W2081302511 cites W1971831509 @default.
- W2081302511 cites W1977941561 @default.
- W2081302511 cites W1978165295 @default.
- W2081302511 cites W1980930676 @default.
- W2081302511 cites W1981398733 @default.
- W2081302511 cites W1982604086 @default.
- W2081302511 cites W1985701266 @default.
- W2081302511 cites W1986380051 @default.
- W2081302511 cites W1993437997 @default.
- W2081302511 cites W1993996020 @default.
- W2081302511 cites W1994845717 @default.
- W2081302511 cites W1995528629 @default.
- W2081302511 cites W2001837256 @default.
- W2081302511 cites W2007518682 @default.
- W2081302511 cites W2014447488 @default.
- W2081302511 cites W2016121237 @default.
- W2081302511 cites W2016177794 @default.
- W2081302511 cites W2016199907 @default.
- W2081302511 cites W2018666636 @default.
- W2081302511 cites W2018725775 @default.
- W2081302511 cites W2021126934 @default.
- W2081302511 cites W2027638853 @default.
- W2081302511 cites W2029080016 @default.
- W2081302511 cites W2029478181 @default.
- W2081302511 cites W2030860010 @default.
- W2081302511 cites W2031459560 @default.
- W2081302511 cites W2032013289 @default.
- W2081302511 cites W2033087883 @default.
- W2081302511 cites W2035962632 @default.
- W2081302511 cites W2038824513 @default.
- W2081302511 cites W2040380461 @default.
- W2081302511 cites W2047237117 @default.
- W2081302511 cites W2050343280 @default.
- W2081302511 cites W2050737726 @default.
- W2081302511 cites W2054474996 @default.
- W2081302511 cites W2056605015 @default.
- W2081302511 cites W2061167838 @default.
- W2081302511 cites W2062228192 @default.
- W2081302511 cites W2064046604 @default.
- W2081302511 cites W2064136465 @default.
- W2081302511 cites W2066284348 @default.
- W2081302511 cites W2069197985 @default.
- W2081302511 cites W2069280511 @default.
- W2081302511 cites W2071209413 @default.
- W2081302511 cites W2075806002 @default.
- W2081302511 cites W2080143477 @default.
- W2081302511 cites W2082138356 @default.
- W2081302511 cites W2088798837 @default.
- W2081302511 cites W2090765436 @default.
- W2081302511 cites W2091810686 @default.
- W2081302511 cites W2092975207 @default.
- W2081302511 cites W2095372678 @default.
- W2081302511 cites W2099179205 @default.
- W2081302511 cites W2117949894 @default.
- W2081302511 cites W2120936884 @default.
- W2081302511 cites W2123116932 @default.
- W2081302511 cites W2128462507 @default.
- W2081302511 cites W2148852502 @default.
- W2081302511 cites W2149586702 @default.
- W2081302511 cites W2162756512 @default.
- W2081302511 cites W2162884347 @default.
- W2081302511 cites W21642481 @default.
- W2081302511 cites W2164536829 @default.
- W2081302511 cites W3128136786 @default.
- W2081302511 cites W966665867 @default.
- W2081302511 doi "https://doi.org/10.1002/jbm.b.32759" @default.
- W2081302511 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22903694" @default.
- W2081302511 hasPublicationYear "2012" @default.
- W2081302511 type Work @default.
- W2081302511 sameAs 2081302511 @default.
- W2081302511 citedByCount "4" @default.
- W2081302511 countsByYear W20813025112016 @default.
- W2081302511 countsByYear W20813025112017 @default.
- W2081302511 countsByYear W20813025112021 @default.
- W2081302511 countsByYear W20813025112023 @default.
- W2081302511 crossrefType "journal-article" @default.
- W2081302511 hasAuthorship W2081302511A5007413975 @default.
- W2081302511 hasAuthorship W2081302511A5057096469 @default.
- W2081302511 hasAuthorship W2081302511A5089734133 @default.
- W2081302511 hasConcept C111919701 @default.
- W2081302511 hasConcept C119394753 @default.
- W2081302511 hasConcept C159985019 @default.