Background: Fat grafting is commonly used in treating soft-tissue defects. However, the
basic biology behind fat grafting is still not fully understood. Evidence of adipose browning …

Background: Growing evidence has demonstrated that adipose-derived stem cell-derived
extracellular vesicles enhance the survival of fat grafts and the browning of white adipose …

Background: Fat grafting is a frequently used technique; however, its survival/regeneration
mechanism is not fully understood. The browning of white adipocytes, a process initiated in …

Background: The clinical unpredictability of autologous fat grafting originates partially from
the unique characteristics of adipose tissue. Evidence of adipose remodeling toward …

Background Browning adipocytes induced by burn and cancer were assumed less viable
and more prone to necrosis for their hypermetabolic properties. Recent studies have shown …

Background: Fat grafting has become an important tool for breast reconstruction in breast
cancer patients. Tamoxifen, the hormone therapy agent most frequently used for breast …

Background In plastic surgery, autologous fat grafts (AFG) play an important role because of
their abundant supply, biocompatibility, and low rejection rate. However, the lower retention …

Background: Fat grafting is commonly used when treating soft-tissue defects. However,
much of the basic biology behind fat transfer is still uncovered. Adipocytes can be divided …

Background: Fat grafting is widely used for soft-tissue augmentation; however, the related
clinical outcome remains variable and technique-dependent. The mechanisms underlying …

Background Induced browning adipocytes were assumed less viable and more prone to
necrosis for their hypermetabolic property. A previous study showed that browning of …