Matches in SemOpenAlex for { <https://semopenalex.org/work/W2968654087> ?p ?o ?g. }
- W2968654087 endingPage "2564" @default.
- W2968654087 startingPage "2564" @default.
- W2968654087 abstract "To achieve optimal performances, guided bone regeneration membranes should have several properties, in particular, proper stiffness and tear resistance for space maintenance, appropriate resorption time, and non-cytotoxic effect. In this work, polyphenol-rich pomace extract (PRPE), from a selected grape variety (Nebbiolo), rich in proanthocyanidins and flavonols (e.g., quercetin), was used as a rich source of polyphenols, natural collagen crosslinkers, to improve the physical properties of the porcine pericardium membrane. The incorporation of polyphenols in the collagen network of the membrane was clearly identified by infra-red spectroscopy through the presence of a specific peak between 1360–1380 cm−1. Polyphenols incorporated into the pericardium membrane bind to collagen with high affinity and reduce enzymatic degradation by 20% compared to the native pericardium. The release study shows a release of active molecules from the membrane, suggesting a possible use in patients affected by periodontitis, considering the role of polyphenols in the control of this pathology. Mechanical stiffness is increased making the membrane easier to handle. Young’s modulus of pericardium treated with PRPE was three-fold higher than the one measured on native pericardium. Tear and suture retention strength measurement suggest favorable properties in the light of clinical practice requirements." @default.
- W2968654087 created "2019-08-22" @default.
- W2968654087 creator A5004574111 @default.
- W2968654087 creator A5019766931 @default.
- W2968654087 creator A5022622112 @default.
- W2968654087 creator A5044168196 @default.
- W2968654087 creator A5072018446 @default.
- W2968654087 date "2019-08-12" @default.
- W2968654087 modified "2023-10-07" @default.
- W2968654087 title "Improvement of the Physical Properties of Guided Bone Regeneration Membrane from Porcine Pericardium by Polyphenols-Rich Pomace Extract" @default.
- W2968654087 cites W132368000 @default.
- W2968654087 cites W1513725118 @default.
- W2968654087 cites W1569025343 @default.
- W2968654087 cites W1584419303 @default.
- W2968654087 cites W16687266 @default.
- W2968654087 cites W1893929199 @default.
- W2968654087 cites W1902422209 @default.
- W2968654087 cites W1920948555 @default.
- W2968654087 cites W1935156180 @default.
- W2968654087 cites W1967855251 @default.
- W2968654087 cites W1978086254 @default.
- W2968654087 cites W1980354709 @default.
- W2968654087 cites W1982544494 @default.
- W2968654087 cites W1984897397 @default.
- W2968654087 cites W1985209554 @default.
- W2968654087 cites W1985570849 @default.
- W2968654087 cites W1988022977 @default.
- W2968654087 cites W1990836970 @default.
- W2968654087 cites W1993763059 @default.
- W2968654087 cites W1995854773 @default.
- W2968654087 cites W1997702250 @default.
- W2968654087 cites W1999211819 @default.
- W2968654087 cites W2001620626 @default.
- W2968654087 cites W2005616869 @default.
- W2968654087 cites W2008093740 @default.
- W2968654087 cites W2013084580 @default.
- W2968654087 cites W2017495960 @default.
- W2968654087 cites W2019201570 @default.
- W2968654087 cites W2035275267 @default.
- W2968654087 cites W2046559036 @default.
- W2968654087 cites W2047370744 @default.
- W2968654087 cites W2049162278 @default.
- W2968654087 cites W2049928028 @default.
- W2968654087 cites W2051654094 @default.
- W2968654087 cites W2053010651 @default.
- W2968654087 cites W2060048386 @default.
- W2968654087 cites W2063304075 @default.
- W2968654087 cites W2063355293 @default.
- W2968654087 cites W2065853716 @default.
- W2968654087 cites W2067402978 @default.
- W2968654087 cites W2067668152 @default.
- W2968654087 cites W2070457379 @default.
- W2968654087 cites W2070599134 @default.
- W2968654087 cites W2071616727 @default.
- W2968654087 cites W2074749249 @default.
- W2968654087 cites W2087824465 @default.
- W2968654087 cites W2088548720 @default.
- W2968654087 cites W2090894363 @default.
- W2968654087 cites W2091098534 @default.
- W2968654087 cites W2093648765 @default.
- W2968654087 cites W2095778187 @default.
- W2968654087 cites W2112671001 @default.
- W2968654087 cites W2114738387 @default.
- W2968654087 cites W2119918922 @default.
- W2968654087 cites W2131278293 @default.
- W2968654087 cites W2133615219 @default.
- W2968654087 cites W2148478937 @default.
- W2968654087 cites W2152952439 @default.
- W2968654087 cites W2153290403 @default.
- W2968654087 cites W2162977951 @default.
- W2968654087 cites W2163151167 @default.
- W2968654087 cites W2406372255 @default.
- W2968654087 cites W2412250841 @default.
- W2968654087 cites W2432361567 @default.
- W2968654087 cites W2435854983 @default.
- W2968654087 cites W2514887091 @default.
- W2968654087 cites W2529174736 @default.
- W2968654087 cites W2746741393 @default.
- W2968654087 cites W2753887226 @default.
- W2968654087 cites W2791032058 @default.
- W2968654087 cites W2883373881 @default.
- W2968654087 cites W2884205657 @default.
- W2968654087 cites W4210956735 @default.
- W2968654087 cites W2080489366 @default.
- W2968654087 doi "https://doi.org/10.3390/ma12162564" @default.
- W2968654087 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6719923" @default.
- W2968654087 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31408942" @default.
- W2968654087 hasPublicationYear "2019" @default.
- W2968654087 type Work @default.
- W2968654087 sameAs 2968654087 @default.
- W2968654087 citedByCount "12" @default.
- W2968654087 countsByYear W29686540872019 @default.
- W2968654087 countsByYear W29686540872020 @default.
- W2968654087 countsByYear W29686540872021 @default.
- W2968654087 countsByYear W29686540872022 @default.
- W2968654087 countsByYear W29686540872023 @default.
- W2968654087 crossrefType "journal-article" @default.
- W2968654087 hasAuthorship W2968654087A5004574111 @default.