… such bioprosthetics and the potential role for natural tissues … been developed to stabilize
the tissue while attempting to … grow onto bioprosthetic tissues when implanted into patients, …

… implanted heart valves. The first was the general trend toward greater use of bioprosthetic
… pericardial bioprostheses and showed that this was due to calcific tissue degeneration and …

… implanted in patients for more than a quarter of a century. The method of treating collagenous
tissue for bioprostheses … -fixed tissue (-2’C), but was comparable in tissue stability as …

… Implanted cusps exhibited a progressive increase in tissue calcium content, typical of
pathologic calcification in this model (Fig. 8A). However, no statistically significant difference in …

… respective fixatives, were implanted subdermally into juvenile rats for … tissue was analyzed
to determine GAG crosslink stability by … leaflet tissue in this study exhibited greater stability as …

… Implanted non-fixed autologous tissues suffer rapid … the aetiology of bioprosthetic tissue
calcification is multifactorial … to effectively mitigate calcification of bioprosthetic tissues. With the …

… of implanted bioprosthetic tissue. The biochemical reactions ofGLUT with tissue proteins
are … was highly dependent on tissue stability and extent ofcross-links as induced by a critical …

… Light microscopic examination of the implanted tissues confirmed that calcification was
virtually nonexistent in the specimens from Groups I to IV (Fig. 2). The specimens from Group V …

… tissue stabilized by dye-mediated photooxidation has found application in implantable … :
role of glutaraldehydemodified structural components in bioprosthetic tissue mineralization. Ann …

… verify the collagen and elastin stability of 5%-PGMA-PP in vivo, we implanted the PPs … tissue
was used to stabilize the ECM components. The epoxy group of GMA first reacted with tissue…