Mentions
Extended reach
Total likes
Video views
AI synopsis
Discussions frequently emphasize the physiological implications of the research, with posts mentioning decreased PDH activity and glycogenolysis after fat adaptation, reflecting a thorough engagement with the mechanisms involved. Words like 'fascinate,' 'must read,' and references to historical figures imply a high level of interest and recognition of the study's importance, which collectively suggest that the findings could influence future research and athletic practices.
Most comments agree that fat adaptation affects muscle metabolism, specifically noting decreased PDH activity and glycogenolysis, with some discussing whether this compromise impacts exercise performance.
Discussions reflect high interest, with users referencing specific studies, historical discussions, and inviting further reading, showing curiosity about physiological mechanisms.
Many posts delve into detailed physiological interpretations, citing references and historical contexts, demonstrating deep engagement with the research.
While some recognize the significance of these metabolic shifts for athletic performance and training strategies, others suggest the findings might challenge existing paradigms or be relevant for practical athletic applications, indicating noticeable pote
#Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinated with the physiology & its practical implications. https://t.co/uZnRAbxqjI @TStellingwerff @LouiseMBurke @JohnAHawley @LSpriet #cycling #keto #sportsnutrition https://t.co/eRbW1sNm3T
Tks @LouiseMBurke for sending & taking this photo ~20 yrs ago at @ACSMNews: discussing the fat adaptation/keto impact on decreasing CHO oxidation paper. I was a young nervous PhD student w/ @JohnAHawley @LouiseMBurke @LSpriet Hargreaves and Watt (& Jack!). https://t.co/lL8PC4NcaO https://t.co/zPfsUtmDwR
Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had been restored. Are we taking away gears 5&6 with chronic low-carb diets? @TStellingwerff @LouiseMBurke #Coaches20 https://t.co/S2sV4BjfDS
@ProfTimNoakes @LoreofRunning1 @DoctorTro @AKoutnik @RafaelPasschier @timpodlogar @mike_williams73 @DrBSteamjets @jp_walhin @campbellmenz @AaronHengist @theplews1 Its possible that ATP is defended so tightly that the capacity for high intensity exercise is limited in a scenario where the resythesis rate is suboptimal. It would be consisted with yours and others data https://t.co/X2YTPfjjql https://t.co/G6KaqBrX7z
Did @TStellingwerff discuss https://t.co/2sONGDGVoL in which hi-fat diet altered metabolism without altering exercise performance (p385). Thus correct title:"Decreased PDH activation and glycogenolysis during exercise following fat adaptation DOES NOT IMPAIR EXERCISE PERFORMANCE" https://t.co/cuN4Q3HHqD
@AthIllustrated @TStellingwerff @LouiseMBurke @ACSMNews @JohnAHawley @LSpriet Should be able to download it for free from @AJPEndoMetab Decreased PDH activation and glycogenolysis during exercise following fat adaptation with carbohydrate restoration https://t.co/w0zefxeCrZ
Keto was all the rage until it wasn't. Join Michael Aranda as he discusses the science behind the ketogenic diet, its origins as a treatment for epilepsy, and the current research surrounding its effects.
This video explains the situations when exercising fasted is not recommended, highlighting how fat adaptation impacts fuel use during workouts, leading to increased fat burning and reduced carbohydrate oxidation.
This video discusses how five days on a high-fat diet followed by carbohydrate restoration influences fuel utilization during exercise, leading to increased fat oxidation and decreased carbohydrate use through changes…
Will Girling, pro cycling nutritionist for EF, discusses ketogenic diets, supplements like HVMN Ketone Ester, and their potential to enhance cycling performance by increasing power output and fat burning during exercise.
This video delves into the fascinating realm of quantum mechanics, exploring its fundamental principles and groundbreaking real-world applications. Discover how quantum theory is revolutionizing technology and shaping…
@ProfTimNoakes @LoreofRunning1 @DoctorTro @AKoutnik @RafaelPasschier @timpodlogar @mike_williams73 @DrBSteamjets @jp_walhin @campbellmenz @AaronHengist @theplews1 Its possible that ATP is defended so tightly that the capacity for high intensity exercise is limited in a scenario where the resythesis rate is suboptimal. It would be consisted with yours and others data https://t.co/X2YTPfjjql https://t.co/G6KaqBrX7z
Did @TStellingwerff discuss https://t.co/2sONGDGVoL in which hi-fat diet altered metabolism without altering exercise performance (p385). Thus correct title:"Decreased PDH activation and glycogenolysis during exercise following fat adaptation DOES NOT IMPAIR EXERCISE PERFORMANCE" https://t.co/cuN4Q3HHqD
La piruvato deshidrogenasa se ve comprometida después del aumento de grasas en la alimentación
@kevtharris @MPattersonRD @AlexJLeaf @JamesyMorton @close_nutrition https://t.co/HgCZpSrl5G
RT @jwhitfie: @AthIllustrated @TStellingwerff @LouiseMBurke @ACSMNews @JohnAHawley @LSpriet Should be able to download it for free from @AJ…
RT @TStellingwerff: Tks @LouiseMBurke for sending & taking this photo ~20 yrs ago at @ACSMNews: discussing the fat adaptation/keto impact o…
@AthIllustrated @TStellingwerff @LouiseMBurke @ACSMNews @JohnAHawley @LSpriet Should be able to download it for free from @AJPEndoMetab Decreased PDH activation and glycogenolysis during exercise following fat adaptation with carbohydrate restoration https://t.co/w0zefxeCrZ
RT @TStellingwerff: Tks @LouiseMBurke for sending & taking this photo ~20 yrs ago at @ACSMNews: discussing the fat adaptation/keto impact o…
RT @TStellingwerff: Tks @LouiseMBurke for sending & taking this photo ~20 yrs ago at @ACSMNews: discussing the fat adaptation/keto impact o…
RT @TStellingwerff: Tks @LouiseMBurke for sending & taking this photo ~20 yrs ago at @ACSMNews: discussing the fat adaptation/keto impact o…
RT @TStellingwerff: Tks @LouiseMBurke for sending & taking this photo ~20 yrs ago at @ACSMNews: discussing the fat adaptation/keto impact o…
RT @TStellingwerff: Tks @LouiseMBurke for sending & taking this photo ~20 yrs ago at @ACSMNews: discussing the fat adaptation/keto impact o…
Tks @LouiseMBurke for sending & taking this photo ~20 yrs ago at @ACSMNews: discussing the fat adaptation/keto impact on decreasing CHO oxidation paper. I was a young nervous PhD student w/ @JohnAHawley @LouiseMBurke @LSpriet Hargreaves and Watt (& Jack!). https://t.co/lL8PC4NcaO https://t.co/zPfsUtmDwR
@B_Holmer @vincentninja68 2/2 Check references for more reading if you're keen. https://t.co/DebFySfGye https://t.co/bdwguKCUEx
@jlAreta @HermanPontzer @SamueleMarcora @sweatscience Maybe this work is relevant in this context https://t.co/7qChNn3Mz1 .. I need to read the actual old paper though...
@ForTkdi @shashiiyengar @ProfTimNoakes @PeterBrukner @LouiseMBurke And this: 2006 Stellingwerff Hawley Burke Decreased PDH activation and glycogenolysis during exercise following fat adaptation with carbohydrate restoration https://t.co/63tg2ANq0r
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
RT @cashford_: Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had be…
Just five days of a low-carb, high fat diet caused a significant decrease in PDH activity, even after glycogen levels had been restored. Are we taking away gears 5&6 with chronic low-carb diets? @TStellingwerff @LouiseMBurke #Coaches20 https://t.co/S2sV4BjfDS
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
RT @guzmannutrition: #Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinate…
#Study on fat adaptation followed by high carbohydrate intake; a must read if you’re working with #athletes. Fascinated with the physiology & its practical implications. https://t.co/uZnRAbxqjI @TStellingwerff @LouiseMBurke @JohnAHawley @LSpriet #cycling #keto #sportsnutrition https://t.co/eRbW1sNm3T