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The comments often reference authoritative reviews and highlight specific points like species differences and fiber type classifications, exemplified by phrases such as 'nicely summarizes our options' and 'absolute tour de force,' which emphasize their respect and curiosity for the research's depth and importance. The tone suggests high engagement with the article's detailed content and implications for understanding muscle diversity.
Most discussions acknowledge the importance and accuracy of the review on muscle fiber types, with comments highlighting the value of the detailed summaries.
Posts demonstrate high interest, referencing comprehensive reviews, species differences, and methods, indicating engagement with the topic's complexity.
Many comments quote specific references and ask thoughtful questions, reflecting deep engagement and a desire to understand the nuances.
The discussions suggest the article influences ongoing research and understanding among physiology enthusiasts, although some see it as foundational rather than transformative.
This one is reserved for true physiology geeks: Absolute tour de force of a review on skeletal muscle fiber types and their variability in mammalian skeletal muscle. From 2011. 900 references. Yes, NINE HUNDRED https://t.co/auvqYtZBda
A classic review from 2011 on skeletal muscle fiber type in mammalian muscle: https://t.co/VOsuieKKFh
@ChrisPerryMito @lab_cheng @kaesser @Prof_E_Johnson @UACachexia I provided this as a second link on my previous post, but this review by Stefano Schiaffino really nicely summarizes our options...as we know them. https://t.co/JSpBz5e10S
@kaesser @Prof_E_Johnson @UACachexia Another component is that this is also species-dependent. In rats, IIa/x fibers likely have greater oxidative capacity than in type I fibers (baseline data on the graph below), opposite of what is observed in humans. https://t.co/zNGJfbxyTM https://t.co/JSpBz5e10S https://t.co/7wIo9uWs8C
@AnastasiosMakr4 Thoughts @eline_lievens @StephanvdZwaard ? https://t.co/ehSnk4dYGb
RT @StephenSeiler: This one is reserved for true physiology geeks: Absolute tour de force of a review on skeletal muscle fiber types and t…
Mammalian skeletal muscles contain various fiber types determined during development and influenced by neural and hormonal factors. The diversity in muscle fibers reflects functional specializations and involves complex…
Discover the truth about muscle fibers, including the differences between fast and slow fibers and how they influence strength and endurance. Learn how to train smarter based on your muscle fiber composition to maximize…
Ever wondered if The Flash's supersonic powers could exist in real life? This video investigates the scientific principles behind his abilities, examining muscle fibers, energy systems, and quantum mechanics, and how…
@robertmathews89 Just a friendly dig.
@ChrisPerryMito @lab_cheng @kaesser @Prof_E_Johnson @UACachexia I provided this as a second link on my previous post, but this review by Stefano Schiaffino really nicely summarizes our options...as we know them. https://t.co/JSpBz5e10S
@kaesser @Prof_E_Johnson @UACachexia Another component is that this is also species-dependent. In rats, IIa/x fibers likely have greater oxidative capacity than in type I fibers (baseline data on the graph below), opposite of what is observed in humans. https://t.co/zNGJfbxyTM https://t.co/JSpBz5e10S https://t.co/7wIo9uWs8C
@AnastasiosMakr4 Thoughts @eline_lievens @StephanvdZwaard ? https://t.co/ehSnk4dYGb
RT @StephenSeiler: A classic review from 2011 on skeletal muscle fiber type in mammalian muscle: https://t.co/VOsuieKKFh
RT @StephenSeiler: A classic review from 2011 on skeletal muscle fiber type in mammalian muscle: https://t.co/VOsuieKKFh
RT @StephenSeiler: A classic review from 2011 on skeletal muscle fiber type in mammalian muscle: https://t.co/VOsuieKKFh
RT @StephenSeiler: A classic review from 2011 on skeletal muscle fiber type in mammalian muscle: https://t.co/VOsuieKKFh
A classic review from 2011 on skeletal muscle fiber type in mammalian muscle: https://t.co/VOsuieKKFh
@dr_nowinski @Caroline_Bartma The refs that come to mind are: doi:10.1152/physrev.00031.2010 https://t.co/vXrmQpVBkE
RT @StephenSeiler: This one is reserved for true physiology geeks: Absolute tour de force of a review on skeletal muscle fiber types and t…
RT @StephenSeiler: This one is reserved for true physiology geeks: Absolute tour de force of a review on skeletal muscle fiber types and t…
RT @StephenSeiler: This one is reserved for true physiology geeks: Absolute tour de force of a review on skeletal muscle fiber types and t…
RT @StephenSeiler: This one is reserved for true physiology geeks: Absolute tour de force of a review on skeletal muscle fiber types and t…
This one is reserved for true physiology geeks: Absolute tour de force of a review on skeletal muscle fiber types and their variability in mammalian skeletal muscle. From 2011. 900 references. Yes, NINE HUNDRED https://t.co/auvqYtZBda
Y para saber más de los distintos tipos de fibras musculares, les dejo el trabajo de Schiaffino y Reggiani: Fiber types in mammalian skeletal muscles (2011) https://t.co/URNzZomNnq