… mice, adipose tissue-specific loss of PPARγ led to critical atrophy of adipose tissue and
was … mutants in human subjects also supports the important role of PPARγ in adipose tissue …

… Our team and others have shown that lipedema adipose tissue is a highly vascularized and
fibrotic tissue with an increase in blood vessels, infiltrating macrophages and hypertrophic …

… It may take place during adulthood, allowing adipocyte turnover and adipose tissue …
Whereas the requirement of PPARγ agonists is mandatory for optimal differentiation of human …

… and subsequent synergistic effect with PPARγ activation in adipose tissues. Indeed, tesaglitazar
… correlated with Ucp1 levels in adipose tissues in all in vivo studies performed with dual …

… , a process of forming adipocytes from fibroblast cells. In this … Further, we showed adipose
tissue homeostasis is maintained … into the novel mechanism of adipose tissue homeostasis. …

… Given the importance of PPARγ in the development of adipose tissue, understanding the
molecular mechanisms that regulate its expression is highly important in the context of human …

… vivo and in vitro data suggest that GADD45α deficiency may promote proliferation and
lipolysis in brown adipocytes… brown adipocytes differentiation via interacting with PPARγ to …

… PCR of PPARγ target genes in 3T3L1 pre-adipocytes and differentiated adipocytes in the …
phytoestrogens may be also activating ERs in adipose tissue. Unlike PPAR γ , activated ERs …

… adipocyte differentiation of hADSC in vitro, whether the findings can be translated to the
physiological and pathological conditions in vivo … interact with ADSCs in vivo also needs to be …

… by excessive accumulation of white adipose tissue (WAT), … required for adipocyte differentiation
via maintaining PPARγ expression. Inversely, we also identified the regulation of PPARγ …