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The collective discussions demonstrate strong agreement with the article, citing phrases like 'exercise starts and ends in the brain' and emphasizing the importance of understanding central fatigue, which indicates a shift away from traditional views. The tone and choice of words reflect high interest and deep engagement, as users reference scientific models and call for further exploration of brain mechanisms in exercise regulation, showcasing the potential impact on exercise science and practices.
Most discussions strongly agree with the article's main point that exercise is primarily regulated by the brain, citing phrases like 'Exercise begins and ends in the brain' and emphasizing central fatigue as a key factor.
Participants show high curiosity and engagement, referencing scientific concepts and articles, and expressing interest by mentioning the need to understand brain mechanisms and including quotes from the publication.
Posts reference specific models, physiological principles, and share external sources or further information, indicating deep engagement with the topic.
The discussions highlight a paradigm shift in exercise physiology, emphasizing the central nervous system's role over traditional metabolic models, which suggests a significant influence on current understanding and future research directions.
This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
@TomMcGinn11 Correct. Exercise begins and ends in the brain. https://t.co/6oQacrhoxj Unfortunately much of human exercise physiology has it's roots in Professor AV Hill's (brainless) Cardiovascular/Anaerobic Model of Human Exercise Performance. https://t.co/QRE1htklyD A century later we are
"Cardiorespiratory & metabolic capacity are of prime importance in setting the level of performance that can be sustained for a given time, but the central nervous system is ultimately the limiting factor of exercise performance." https://t.co/4ELPI6mco9
@MVAitor @AndyBeetroot Have you ever considered central fatigue as key factor, above direct metabolic measurements, for a better understanding of this phenomenon? Often, neuromuscular refers only to the spinal motor neuron-muscle pair. However, exercise starts and ends in the brain(Kayser 2003)
As once said “Exercise starts and ends in the brain” (https://t.co/BLmfnIiWeC) – a reminder that we need to understand the inner workings of the human brain as it relates to voluntary exercise to increase everyday exercise or spontaneous physical activity!
@Correndorfinas @WaldenDurden @ChicharroJL Y... este artículo aunque no está en abierto, ya por el título y resumen puedes ver de qué van. Seguro te empieza a interesar la fatiga central, más allá del músculo, de la energía, incluso de la motoneurona espinal. Manda el cerebro! https://t.co/H5qKBj4Zj4
Traditional views on exercise endurance focus on metabolic and physiological limits, such as VO2max and muscle fatigue. However, the brain actively regulates exercise duration by integrating signals to protect the…
Exercise starts and ends in the brain. This video explores how the brain actively regulates exercise duration by integrating signals, challenging traditional views focused solely on metabolic and physiological limits.
@MVAitor @AndyBeetroot Have you ever considered central fatigue as key factor, above direct metabolic measurements, for a better understanding of this phenomenon? Often, neuromuscular refers only to the spinal motor neuron-muscle pair. However, exercise starts and ends in the brain(Kayser 2003)
@TomMcGinn11 Correct. Exercise begins and ends in the brain. https://t.co/6oQacrhoxj Unfortunately much of human exercise physiology has it's roots in Professor AV Hill's (brainless) Cardiovascular/Anaerobic Model of Human Exercise Performance. https://t.co/QRE1htklyD A century later we are
@robertdiezjr @teledeporte La fatiga es un fenómeno complejo que va más allá del gasto energético y las vías oxidativas/fermentativas. Participan factores musculares, endocrinos, y del sistema nervioso central. Te dejo información https://t.co/PhKXf5ExA6 https://t.co/jdnn5AHjy7 https://t.co/A2HYRMjsNo
@Correndorfinas @WaldenDurden @ChicharroJL Y... este artículo aunque no está en abierto, ya por el título y resumen puedes ver de qué van. Seguro te empieza a interesar la fatiga central, más allá del músculo, de la energía, incluso de la motoneurona espinal. Manda el cerebro! https://t.co/H5qKBj4Zj4
RT @gnassis: This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
RT @gnassis: This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
RT @gnassis: This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
RT @gnassis: This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
RT @gnassis: This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
RT @gnassis: This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
RT @gnassis: This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
RT @gnassis: This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
RT @gnassis: This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
"Cardiorespiratory & metabolic capacity are of prime importance in setting the level of performance that can be sustained for a given time, but the central nervous system is ultimately the limiting factor of exercise performance." https://t.co/4ELPI6mco9
This is one of my favorites! @EJAP_official https://t.co/SJUMBdo5nJ
RT @BrainExHabit: As once said “Exercise starts and ends in the brain” (https://t.co/BLmfnIiWeC) – a reminder that we need to understand th…
As once said “Exercise starts and ends in the brain” (https://t.co/BLmfnIiWeC) – a reminder that we need to understand the inner workings of the human brain as it relates to voluntary exercise to increase everyday exercise or spontaneous physical activity!
doi: 10.1007/ s00421-003-0902-7. 34. Fonnum F, Hassel B. Glutamate synthesis, matabolism and uptake. (in:) CNS Neurotransmitters and.
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