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PURPOSE: The survival and preservation of transplanted tissue (kidney, heart, fat grafts) are directly tied to and limited by ischemia time. A new innovation, micro/nanobubbles (MNBs), are miniature gaseous voids that allow for oxygenation of a tissue bathed in them for varying periods of time. Given their high oxygen carrying capacity, MNBs offer an inexpensive technology for oxygenating transplantable tissue and improving cell survival and viability. A priority in the field of islet cell transplantation for Type 1 Diabetes is to preserve every single islet count due to the shortage of donors and consistent low recovery of islets with current isolation procedures. The purpose of this study was to demonstrate that islet cell survival and viability can be improved when immersed in MNBs and to generalize our findings to other autologous and allogenic transplants.

Abstract: Diversity in Plastic Surgery Trainees: Trends in Minority Representation Among Applicants and Residents