#myokine

Defining the vascular niche of human adipose tissue across metabolic states - Nature Metabolism An atlas highlights the heterogeneity of adipose tissue vasculature, identifies distinct endothelial subpopulations and provides insights into their contributions to metabolic disease.

#Irisin, an #exercise-induced #myokine, counters #obesity via effects on #adipose tissue — but how? With help from Promethion #Metabolic Cages, a Nature #Metabolism study has shown that irisin modulates adipose #IL33 levels to increase #thermogenesis. 🧪
www.nature.com/articles/s42...

Irisin ameliorates obesity and insulin resistance via adipose tissue IL-33 and regulatory T cells - Nature Metabolism This study demonstrates that overexpression of irisin, an exercise-induced myokine, ameliorates obesity and insulin resistance in high-fat-diet-fed mice by increasing local IL-33 production and…

#Irisin, an #exercise-induced #myokine, counters #obesity via effects on #adipose tissue — but how? With help from Promethion #Metabolic Cages, a Nature #Metabolism study has shown that irisin modulates adipose #IL33 levels to increase #thermogenesis and reduce fat content.

Hirngesundheit: Heilsame Botenstoffe aus den Muskeln Wer Sport treibt, aktiviert eine stille Armee: Myokine, die das Gehirn schützen und neue Nervenzellen wachsen lassen.

#Myokine
💪💪💪
www.spektrum.de/news/myokine...
💪💪💪
www.sueddeutsche.de/gesundheit/m...

The dual role of feimin in metabolism and exercise Back-to-back studies present evidence that feimin, a myokine, regulates glucose homeostasis and exercise performance. The secretory and intracellular roles of feimin provide insights into potential therapies for metabolic disease as well as for improving exercise performance.

NEWS&VIEWS | João V. Esteves & Kristin I. Stanford
@osuwexmed.bsky.social

The authors discuss the two studies highlighting the dual role of a novel #myokine, #Feimin, in regulating #metabolism and #exercise 💪 🐭 👥

Read it here: https://bit.ly/3EyOJUm

The dual role of feimin in metabolism and exercise - Nature Metabolism Back-to-back studies present evidence that feimin, a myokine, regulates glucose homeostasis and exercise performance. The secretory and intracellular roles of feimin provide insights into potential therapies for metabolic disease as well as for improving exercise performance.

NEWS&VIEWS | João V. Esteves & Kristin I. Stanford @osuwexmed.bsky.social

The authors discuss the two studies highlighting the dual role of a novel #myokine, #Feimin, in regulating #metabolism and #exercise 💪 🐭 👥

https://bit.ly/3CNZ6mE

A feeding-induced myokine modulates glucose homeostasis - Nature Metabolism The authors identify feimin as a feeding-induced myokine that regulates glucose homeostasis via the MERTK–AKT signalling axis in mice and humans.

RESEARCH | X Shi, X Hu, X Fang et al. (Tsinghua Uni; SJT Uni; SFM Uni, CN)

Part 1/2: The authors identify #feimin as a feeding-induced #myokine that regulates #glucose homeostasis via the MERTK–AKT signaling axis in mice and humans 🐭 👥

https://bit.ly/40TP2Az