Ventral Hernia Repair in Contaminated Fields a Survey to Identify Current Surgical Practices
VENTRAL HERNIA REPAIR IN CONTAMINATED FIELDS A SURVEY TO IDENTIFY CURRENT SURGICAL PRACTICES Shuddhadeb Ray, MD Kyle C Ward, DO, Sara Baalman, MA, Brent Matthews, MD, FACS, Corey R Deeken, PhD intro–26 sec SAGES LVHR guidelines–38 sec https://www.sages.org/publications/guidelines/guidelines-for-laparoscopic-ventral-hernia-repair/ objectives–1:00 methods–1:16 https://www.ncbi.nlm.nih.gov/pubmed/?term=18929686 results–2:19 Keyword(s): contaminated field, current surgical practices, mesh, REDCap, VHR
S001 Effect of enzymatic degradation on the mechanical properties – SS01: Basic Science
Presented by Brent D Matthews, MD disclosures–43 sec project funding–47 sec background–1:03 objective–2:43 hypothesis–3:05 materials–3:36 methods–4:11 results–4:50 summary–6:58 conclusion–7:26 Q&A session–8:03 Keyword(s): allograft, biologic mesh, biologic scaffold materials, Covidien, enzymatic degradation, hiatal hernia repair, Surgisis, xenograft
SS13 Hernia: S080 LAPAROSCOPIC FIXATION OF BIOLOGIC MESH AT THE HIATUS WITH FIBRIN
Corey R Deeken, PhD disclosures–12 sec background–23 sec objectives–1:33 method–1:58 biomechanical testing–3:22 histology–4:17 results–4:55 conclusion–6:52 acknowledgements–7:28 Q&A session–7:40 Keyword(s): Biodesign Surgisis graft, biologic mesh, Cook Biotech, Ethicon Endo-Surgery, fibrin, H&E, HH repair, hiatus, mesh fixation, PEG sealant, SAGES research grant, TISSEEL, tissue sealants