After my wife+me became solidly fat-adapted we stumbled upon ‘carb-cycling’. Higher carb days with our LCHF base worked brilliantly for us. We experienced even less hunger-more fat loss days/weeks after a higher real carb day. Still trying to figure it all
@kevinnbass Would be interesting to tie this together with how the vagal nerve is connected to fuel partitioning and caloric intake - a start: https://t.co/t9VbMUDEwJ
This could add to the plethora of regulators of food intake. I remember seeing somewhere that highly intense exercise blunts appetite, but that may be short term compared to this? Glycogen, another player! https://t.co/qV6cWU0xgr
RT @Gonzalez_JT: In mice, high liver glycogen content reduces food intake and increases energy expenditure via the vagus nerve. Is liver…
RT @Gonzalez_JT: In mice, high liver glycogen content reduces food intake and increases energy expenditure via the vagus nerve. Is liver…
RT @Gonzalez_JT: In mice, high liver glycogen content reduces food intake and increases energy expenditure via the vagus nerve. Is liver…
RT @Gonzalez_JT: In mice, high liver glycogen content reduces food intake and increases energy expenditure via the vagus nerve. Is liver…
RT @Gonzalez_JT: In mice, high liver glycogen content reduces food intake and increases energy expenditure via the vagus nerve. Is liver…
RT @Gonzalez_JT: In mice, high liver glycogen content reduces food intake and increases energy expenditure via the vagus nerve. Is liver…
RT @Gonzalez_JT: In mice, high liver glycogen content reduces food intake and increases energy expenditure via the vagus nerve. Is liver…
RT @Gonzalez_JT: In mice, high liver glycogen content reduces food intake and increases energy expenditure via the vagus nerve. Is liver…
In mice, high liver glycogen content reduces food intake and increases energy expenditure via the vagus nerve. Is liver carbohydrate status important for energy balance behaviours in humans? #carbs #metabolism #appetite https://t.co/rOEs6vGacv
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhc2…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhc2…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhc2…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhc2…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhc2…
Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhc2Xhu https://t.co/xrkBETiQVm
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhc2…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhc2…
Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhc2Xhu https://t.co/APFLJWtkmq
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @glycogentheory: Glycogen is a key regulator of cellular energy balance. LC, IF and HIIT benefits all share glycogen depletion in common…
Glycogen is a key regulator of cellular energy balance. LC, IF and HIIT benefits all share glycogen depletion in common. https://t.co/Obic86T5jo
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
RT @DiabetologiaJnl: Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhck…
Liver glycogen regulates food intake and glucose homeostasis through the vagus nerve @JJGuinovart https://t.co/8w9rhcky92 https://t.co/uaY3lKtSJh