Clinically unpredictable retention following fat grafting remains outstanding problems
because of the unrevealed mechanism of grafted fat survival. The role of autophagy, a …

Background Autophagy is a cellular self-protection mechanism. The upregulation of adipose-
derived stem cells'(ADSCs) autophagy can promote fat graft survival. However, the effect of …

Background/Aims: Ischemia is one of the main causes of the high rate of absorption of
transplanted autologous fat. Autophagy allows cells to survive by providing energy under …

Previous studies examining whether autophagy has a protective or deleterious role during
ischemia/reperfusion (I/R) injury have reported a varying role in different organs and …

Objectives: Autophagy is a highly regulated process that has an important role in the control
of a wide range of cellular functions, such as organelle recycling, nutrient availability and …

AIM: To detect the changes of autophagy in adipose cells under starvation, and to clarify the
effects of autophagy on the cell survival and apoptosis under starvation. METHODS …

Objective We aimed to clarify the changes in apoptosis, proliferation, senescence, and
adipogenesis after promoting and inhibiting autophagy in adipose-derived stem cells …

Better ways to prevent the cold ischemia-warm reperfusion (CI/WR) injury associated with
liver transplantation are needed, and many investigations have focused on the molecular …

Background Hepatic ischemia/reperfusion is a multi-factorial process which causes liver
injury. It is reported that ischemia alone is sufficient to induce liver injury. Nutrient deprivation …

Abstract Objective: Ischemia-reperfusion (I/R) injury is an unavoidable side effect of liver
surgery and transplantation. A potentially useful tool for cellular therapy and tissue …