Matches in SemOpenAlex for { <https://semopenalex.org/work/W2007978511> ?p ?o ?g. }
- W2007978511 endingPage "1780" @default.
- W2007978511 startingPage "1774" @default.
- W2007978511 abstract "Nature has developed materials that are integrated and effective at controlling their properties of adhesiveness and cohesiveness; the chemistry of these materials has been optimized during evolution. For example, a catechol moiety found in the adhesive proteins of marine mussels regulates its properties between adhesion and cohesion, rapidly adapting to environmental conditions. However, in synthetic materials chemistry, introduced chemical moieties are usually monofunctional, either being adhesive or cohesive; typically, this is not effective compared to natural materials. Herein, it is demonstrated that hyaluronic acid-catechol (HA-catechol) conjugates can exhibit either adhesiveness, functionalizing the surface of materials, or cohesiveness, building 3D hydrogels. Up to now, catechol-conjugated polymers have shown to be useful in one of these two functions. The usefulness of the polymer in stem cell engineering is demonstrated. A platform for neural stem cell culture may be prepared, utilizing the adhesive property of HA-catechol, and hydrogels are fabricated to encapsulate the neural stem cells, utilizing the cohesive property of the HA conjugate. Moreover, the HA-catechol hydrogels are highly neural stem cell compatible, showing better viability compared to existing methods based on HA hydrogels." @default.
- W2007978511 created "2016-06-24" @default.
- W2007978511 creator A5000604839 @default.
- W2007978511 creator A5005980707 @default.
- W2007978511 creator A5031251147 @default.
- W2007978511 creator A5045268341 @default.
- W2007978511 creator A5048407552 @default.
- W2007978511 creator A5052540307 @default.
- W2007978511 creator A5081675795 @default.
- W2007978511 creator A5084764605 @default.
- W2007978511 creator A5090136775 @default.
- W2007978511 date "2012-11-07" @default.
- W2007978511 modified "2023-10-18" @default.
- W2007978511 title "Hyaluronic Acid Catechol: A Biopolymer Exhibiting a pH-Dependent Adhesive or Cohesive Property for Human Neural Stem Cell Engineering" @default.
- W2007978511 cites W1800156099 @default.
- W2007978511 cites W1966590541 @default.
- W2007978511 cites W1977784832 @default.
- W2007978511 cites W1979964850 @default.
- W2007978511 cites W1985073127 @default.
- W2007978511 cites W1986096614 @default.
- W2007978511 cites W1990323998 @default.
- W2007978511 cites W2000317848 @default.
- W2007978511 cites W2002494162 @default.
- W2007978511 cites W2004535645 @default.
- W2007978511 cites W2011121154 @default.
- W2007978511 cites W2021437500 @default.
- W2007978511 cites W2026607816 @default.
- W2007978511 cites W2027834665 @default.
- W2007978511 cites W2031750162 @default.
- W2007978511 cites W2034100579 @default.
- W2007978511 cites W2034450785 @default.
- W2007978511 cites W2035332297 @default.
- W2007978511 cites W2043358786 @default.
- W2007978511 cites W2044181087 @default.
- W2007978511 cites W2047098628 @default.
- W2007978511 cites W2051054916 @default.
- W2007978511 cites W2051903431 @default.
- W2007978511 cites W2052643085 @default.
- W2007978511 cites W2057807275 @default.
- W2007978511 cites W2058096164 @default.
- W2007978511 cites W2058374592 @default.
- W2007978511 cites W2060186126 @default.
- W2007978511 cites W2060835907 @default.
- W2007978511 cites W2074630757 @default.
- W2007978511 cites W2076181442 @default.
- W2007978511 cites W2084610464 @default.
- W2007978511 cites W2086069830 @default.
- W2007978511 cites W2095305692 @default.
- W2007978511 cites W2102208788 @default.
- W2007978511 cites W2103031461 @default.
- W2007978511 cites W2107910518 @default.
- W2007978511 cites W2127846410 @default.
- W2007978511 cites W2132228365 @default.
- W2007978511 cites W2142023368 @default.
- W2007978511 cites W2146588990 @default.
- W2007978511 cites W2154577831 @default.
- W2007978511 cites W2165694975 @default.
- W2007978511 cites W2169484878 @default.
- W2007978511 cites W2171311487 @default.
- W2007978511 cites W2301868394 @default.
- W2007978511 cites W4211147424 @default.
- W2007978511 doi "https://doi.org/10.1002/adfm.201202365" @default.
- W2007978511 hasPublicationYear "2012" @default.
- W2007978511 type Work @default.
- W2007978511 sameAs 2007978511 @default.
- W2007978511 citedByCount "236" @default.
- W2007978511 countsByYear W20079785112013 @default.
- W2007978511 countsByYear W20079785112014 @default.
- W2007978511 countsByYear W20079785112015 @default.
- W2007978511 countsByYear W20079785112016 @default.
- W2007978511 countsByYear W20079785112017 @default.
- W2007978511 countsByYear W20079785112018 @default.
- W2007978511 countsByYear W20079785112019 @default.
- W2007978511 countsByYear W20079785112020 @default.
- W2007978511 countsByYear W20079785112021 @default.
- W2007978511 countsByYear W20079785112022 @default.
- W2007978511 countsByYear W20079785112023 @default.
- W2007978511 crossrefType "journal-article" @default.
- W2007978511 hasAuthorship W2007978511A5000604839 @default.
- W2007978511 hasAuthorship W2007978511A5005980707 @default.
- W2007978511 hasAuthorship W2007978511A5031251147 @default.
- W2007978511 hasAuthorship W2007978511A5045268341 @default.
- W2007978511 hasAuthorship W2007978511A5048407552 @default.
- W2007978511 hasAuthorship W2007978511A5052540307 @default.
- W2007978511 hasAuthorship W2007978511A5081675795 @default.
- W2007978511 hasAuthorship W2007978511A5084764605 @default.
- W2007978511 hasAuthorship W2007978511A5090136775 @default.
- W2007978511 hasConcept C126348684 @default.
- W2007978511 hasConcept C127413603 @default.
- W2007978511 hasConcept C136834591 @default.
- W2007978511 hasConcept C159985019 @default.
- W2007978511 hasConcept C178790620 @default.
- W2007978511 hasConcept C185592680 @default.
- W2007978511 hasConcept C188027245 @default.
- W2007978511 hasConcept C192562407 @default.
- W2007978511 hasConcept C2777529286 @default.
- W2007978511 hasConcept C2777713698 @default.
- W2007978511 hasConcept C2778636629 @default.