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1 yte suspensions were seeded onto a matrix of polyglycolic acid.
2 iodegradable polymer tubes were created from polyglycolic acid.
3  of collagen, or a composite of collagen and polyglycolic acid.
4 o porous biodegradable polymer tubes made of polyglycolic acid, and they were implanted into the omen
5 e were seeded onto biodegradable polymers of polyglycolic acid fibers and secretion of MIS confirmed.
6 nthetic biodegradable scaffold consisting of polyglycolic acid fibers was seeded first with fibroblas
7 terial surface, likely a result of the thick polyglycolic acid gel carrier.
8 n woven mesh sandwiched between two nonwoven polyglycolic acid mesh sheets, which measured 3x3 cm in
9                                              Polyglycolic acid nonwoven mesh tubes (3-cm length, 1.3-
10 aluation, and maintain viability relative to polyglycolic acid (PGA) non-woven mesh controls.
11 mouse islets into polyvinyl alcohol (PVA) or polyglycolic acid (PGA) polymers in subcutaneous tissue
12               COs are subsequently seeded on polyglycolic acid (PGA) scaffolds or densified collagen
13                                            A polyglycolic acid (PGA) sheet and a polycaprolactone she
14                   A biodegradable polylactic-polyglycolic acid (PLGA) copolymer was used to formulate
15 ls were expanded and seeded onto tubularised polyglycolic acid:poly(lactide-co-glycolide acid) scaffo
16  valve position after 8 to 10 weeks, and all polyglycolic acid polymer had been degraded.
17                                 A polylactic-polyglycolic acid polymeric matrix containing 2.5% SPER/
18 d from patients with hip OA were seeded onto polyglycolic acid scaffolds and differentiated using tra
19 sisting of bovine articular chondrocytes and polyglycolic acid scaffolds were grown in rotating biore
20 ted with autologous cells seeded on collagen-polyglycolic acid scaffolds, and wrapped in omentum afte
21                 In both pellet assays and on polyglycolic acid scaffolds, SF clones displayed consist
22 res for the outer layer and a continuous 3-0 polyglycolic acid suture for the inner layer.
23 ld materials (SM) (benzylated hyaluronan and polyglycolic acid); three scaffold structures (SS) (spon
24 space-providing, bioabsorbable, macroporous, polyglycolic acid-trimethylene carbonate (PGA-TMC) membr
25 erformance of a new bioabsorbable, synthetic polyglycolic acid/trimethylene carbonate (PGA/TMC) barri
26 all graft area and remaining graft material (polyglycolic-acid) were higher in the zoledronate treatm