H.HarryG
Reported Research Benefits Primarily investigated for improving skin regeneration, enhancing collagen and elastin synthesis, promoting wound healing, reducing scars and wrinkles, stimulating hair follicle growth, and modulating inflammation and oxidative stress in preclinical dermatological and regenerative medicine research
FIGURE 4 2.3 M2 macrophages and other immune cell involvement Crown-like structures have been observed in lipedema tissue ( + staining ( + , CD86 + M1, and CD206+ M2 macrophages all increased in population with increasing lipedema stage ( + M1 macrophages indicates an increase in inflammation as the disease progresses ( It has been specifically observed that lipedema is associated with a significant increase in M2 macrophage infiltration in lipedema tissue ( In contrast to the above studies, Straub et al., observed a suppression of inflammation and immune cell activation after performing transcriptomic analysis of abdominal and thigh subcutaneous adipose tissue of 14 lipedema patients ranging from stages 13 ( Other immune cells, such as T-cells and mast cells, have not been reported to be significantly different in lipedema tissue compared to healthy adipose tissue ( 2.4 Oxidative stress The impact of oxidative stress on lipedema has been explored
Gonzlez-Chvez, D
Micu et al., 2016, 2018), oxidative stress (Cheignon et al., 2018), mitochondrial impairment (de la Cueva et al., 2022) (well documented in the MS brain
H.BoriesD.de LatourR
