Background: Cell-assisted lipotransfer has shown much promise as a technique for
improving fat graft take. However, the concentration of stromal vascular fraction cells …

Cell-assisted lipotransfer has shown much promise as a technique to improve fat graft
retention in both mouse and human studies. However, the literature varies as to whether …

Background: Fat graft volume retention remains highly unpredictable, but addition of
adipose-derived stromal cells to fat grafts has been shown to improve retention. The present …

Background: Given the wide application of autologous fat grafting, a new emphasis on fat
processing techniques has emerged in an effort to limit unpredictable degrees of resorption …

Background: Variability in harvest and processing technique may impact the success of fat
grafting. This study compared properties of fat grafts produced by differing methods and …

Background: Cell-assisted lipotransfer is a process in which fat grafting is supplemented
with autologous adipose-derived stromal cells. Since the efficacy of the technique was …

Background: Cell-assisted lipotransfer, a technique involving free fat grafting mixed with
adipose-derived stromal cells, has gained popularity for enhancing fat graft retention. In …

Background: Cell-enrichment of fat grafts has produced encouraging results, but the optimal
concentrations and types of added cells are unknown. The authors investigated the effects of …

Background: Clinical results of fat grafting have been unpredictable. In this article, the
authors hypothesize that centrifugation creates “graded densities” of fat with varying …

Background: Fat grafting is a promising technique for soft-tissue augmentation, although
graft retention is highly unpredictable and factors that affect graft survival have not been well …