Grateful for this “Dream Team” our super team of Clinical Physiologists and fellows @srp_diabetes @MMK_research are studying the effects of “exercise timing” on glucose control in type 2 diabetes! @MSavikj @JonoSmith01 @HarrietWallberg 👍👍
Our latest: Three wks of interrupting sitting lowers fasting glucose & glycemic variability, but not glucose tolerance, in free-living women & men with obesity @JonoSmith01 @MSavikj @AJPEndoMetab
https://t.co/hlaj6VRzmB via @NYTimes https://t.co/dC2Lnye6AB
Frequent activity breaks from sitting may improve fasting blood sugar (glucose) levels and stabilize daily fluctuations. Our new study is highlighted this month @AJPEndoMetab
Congrats @JonoSmith01@MSavikj and team!
Three weeks of interrupting sitting lowers fasting glucose and glycemic variability, but not glucose tolerance, in free-living women and men with obesity | 👍@JonoSmith01@MSavikj@DrBMGabriel @JohnAHawley @DavidWDunstan@AnnaKrook_KI Erik Näslund & team!
https://t.co/jc2lZ8dMn6
Any exercise is better than no exercise!! But... sometimes timing matters! Our study into this question in people with type 2 diabetes in @DiabetologiaJnl plus work by @SchrauwenP is discussed by @GretchenReynold@nytimes
The Best Time of Day to Exercise https://t.co/2x485qz4pS
The new version of #MetaMEx is online! A brand new interface updated with the most recent #exercise and #inactivity transcriptomics studies. Check it out at https://t.co/5IuAxNShZm!
Our latest review: Role of Diacylglycerol Kinases in Glucose and Energy Homeostasis- Julie Massart and I review the tissue- and isoform-specific role of DGS’s in metabolism @Trends_Endo_Met@CellPressNews#diabetes#obesity https://t.co/ePInQFBpQw
Our latest! Interplay between diet, exercise and the molecular circadian clock in orchestrating metabolic adaptations of adipose tissue - Thanks to a fruitful collaboration w/Lucille Dollet @JPhysiol The Journal of Physiology - @physoc https://t.co/528KgvPzAC