Presented by Scott T. Rehrig, MD at the SAGES 2013 Annual Meeting; Advancements in Military Surgery
aims–1:10
what is RG medicine?–1:26
citation–3:41 https://www.ncbi.nlm.nih.gov/pubmed/?term=17952701
biologic mesh era–4:45 https://www.ncbi.nlm.nih.gov/pubmed/15211136
Keyword(s): 510K approval process, abdominal wall closure, abdominal wall defects, abdominal wall injury, acellular dermal matrix, allograft, American Journal of Surgery, amputation, auto-grafting, AWR, Bard, biologic acellular dermal matrix, biologic mesh, biologic prostheses, biological prosthesis, bovine, colostomy, complex incisional hernia, complex open abdominal wounds, component separation technique, contaminated surgical fields, contraindications, Cook, cost reduction, Covidien, cross-linking, delayed closure, Dept of Defense, disruptive technology, efficacy, epithelialized, f/u, FDA approval, fistulae, flap necrosis, funding agenices, gastrorrhaphy, General Surgery News, Gortex mesh, hernia, high density polypropylene, high-risk abdominal wall defects, human acellular dermis, incisional hernia repair, infected field, ingrowth, JACS, Journal of Trauma, Life Cell, long-term outcome, LOS, M&M, Marlex mesh, meta-analysis, military surgery, multisystem injury, new technology, off label use, open rectorectus abdominal wall reconstruction, ostomy take down, overlay, pericardium, periop complications, Plastic & Reconstructive Surgery, plastic mesh, porcine, prospective randomized trials, PTFE, reconstruction, rectus muscle transplant, recurrence, reduction, regenerative technologies, reinforcement mesh, RG medicine, Rives-Stoppa technique, SAGES wiki page, single-staged approach, skin graft, specialized surgeons, SSI rates, staged approach, STSG, submucosal, synthetic mesh, systematic review, ventral hernia, ventral incisional hernia repairs, Vicryl mesh, World Journal of Surgery, xenograft