3.3 STHB Prevents Cell Adherence While Maintaining Cell Viability in vitro Prevention of cell adherence and infiltration to the hydrogel formulations is fundamental for the creation of an effective adhesion barrier. For this purpose, the cell–material interac‑ tions between STHBs and 3T3 ...
We observed loss of cell–cell junctions and protrusion development 4–12 h after adhesion induction in vivo (Fig. 2f and Supplementary Video 5). Consequently, 5 days after adhesion induction, GFP+ mesothelial cells were seen between the fused parietal and visceral layers, with a host of ...
macrophages to participate in the cell barrier formation in the “repeated ischemic button creation model” (Supplementary Fig.10a, b). In this model, we created an additional ischemic button on the right-side peritoneal wall on day 3 after the first ischemic button creation on the left-side p...
deliberately deleted, modified or replaced by known chemical/biochemical amino acid modification procedures or by use of known host cell/recombinant vector recombinant technologies, as well as derivatives or fragments of neurotoxins so made. These neurotoxin variants retain the ability to inhibit ...
Others, including PLGA and phospholipids, are susceptible to oxidation and trigger inflammation in the host tissue. Biomechanical properties and persistence time post-application are critical characteristics for adhesion barriers. Materials such as gelatin are prone to friction and could cause further ...