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Several discussions highlight specifics from the publication, such as the detailed comparison of muscle adaptations between elite athletes and average individuals, which generates excitement with terms like 'game changer' and 'essential read.' The tone conveys admiration and urgency, indicating that readers perceive this work as transformative for future training approaches.
The majority of discussions express strong support for the main themes of the publication, highlighting its thoroughness and relevance.
High levels of curiosity and excitement are evident, with many commenters eager to learn more about the article's insights.
Contributors showcase deep engagement, often citing specific findings and details from the publication, which demonstrates thoughtful discussion.
The overall sentiment reflects a belief that the publication will significantly influence current understanding and practices in exercise physiology.
Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️number of activated motor units ⬆️firing frequency of motor units ⬆️size & contractile properties of muscle fibres #exercise #force https://t.co/k6mxGJnFsj https://t.co/57yjzq1dLn
Review: a comprehensive overview of skeletal muscle
Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published in Physiological Reviews https://t.co/oYGxj3Ugmg
All 96 pages *are* excellent, we agree @SHFaulkner! https://t.co/1GVAJ05WXq https://t.co/ms9pBRjFH0
This week we are counting down the top Altmetric Score articles for the past month.
The molecular athlete: exercise physiology from mechanisms to medals
This video explores the adaptability of human skeletal muscle to various exercise stimuli, from low-capacity individuals to elite athletes. It discusses structural and functional changes during endurance and resistance…
This video explores how human skeletal muscle adapts to various exercise stimuli, highlighting the spectrum of exercise capacity driven by muscular adaptations. It discusses the cellular mechanisms that contribute to…
Top Cited Review Article: The molecular athlete: exercise physiology from mechanisms to medals Regula Furrer, et al. https://t.co/cksoDndjgs #athlete #exercise https://t.co/QVWJ6MI4ns
Top Cited Review Article: The molecular athlete: exercise physiology from mechanisms to medals Regula Furrer, et al. https://ow.ly/Ig3a50Xe51C #athlete #exercise
Top Cited Review Article: The molecular athlete: exercise physiology from mechanisms to medals Regula Furrer, et al. https://t.co/09NyizYsUg #athlete #exercise https://t.co/X5P0bIyNmF
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ▪️n…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to the training-related increase in muscle force production:…
RT @SatchinPanda: A great table summarizing the differences between average person and an elite athlete - VO2 max, muscle mitochondria dens…
RT @MoAImam: Neuromuscular adaptation to training Factors contributing to training-related increases in muscle force production: ⬆️numb…
RT @MoAImam: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️numbe…
RT @MoAImam: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️numbe…
RT @MoAImam: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️numbe…
RT @MoAImam: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️numbe…
RT @MoAImam: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️numbe…
Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️number of activated motor units ⬆️firing frequency of motor units ⬆️size & contractile properties of muscle fibres https://t.co/QSXgeeHQMU https://t.co/mwCgHtfG0t
Neuromuscular adaptation to training Factors contributing to training-related increases in muscle force production: ⬆️number of activated motor units ⬆️firing frequency of motor units ⬆️size & contractile properties of muscle fibres https://t.co/QSXgeeHQMU https://t.co/7dpTna5dm7
⚽️ Moleküler ve Bilimsel Düzeyde Futbol..
BTW, if you want more background information/reading for any of these papers, I shamelessly plug “The molecular athlete: exercise physiology from mechanisms to medals” by @regula-furrer.bsky.social, John Hawley and me (@c-handschin.bsky.social). journals.physiology.org/doi/full/10.... 17/17
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/IzlUHpQXFL
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
https://t.co/vNthgOCzKM
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
RT @DanielBerglind: Review: a comprehensive overview of skeletal muscle
Review: a comprehensive overview of skeletal muscle
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/3aexMS0rq7
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️number of activated motor units ⬆️firing frequency of motor units ⬆️size & contractile properties of muscle fibres #exercise #force https://t.co/k6mxGJnFsj https://t.co/57yjzq1dLn
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to the training-related increase in muscle force production:…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
RT @Omid_HopeUni: Neuromuscular adaptation to training Factors contributing to training-related increase in muscle force production: ⬆️…
The molecular athlete: exercise physiology from mechanisms to medals https://t.co/jNpGbd8Z5T
RT @APSPhysiology: Let the #SummerGames begin! As you turn your attention to the athletics in Paris, check out this vintage @PhysiolRev pod…
Let the #SummerGames begin! As you turn your attention to the athletics in Paris, check out this vintage @PhysiolRev podcast about how elite athletes achieve peak performance: https://t.co/74bpeC3pW3 #Paris2024 https://t.co/CyVJY13MwI
RT @physiolrev: ➡️This fascinating blog post parallels research from Furrer et al: The Molecular Athlete: Exercise Physiology From Mechanis…
➡️This fascinating blog post parallels research from Furrer et al: The Molecular Athlete: Exercise Physiology From Mechanisms To Medals
RT @LPENAILILLO: The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/Kr0AXbF0lg
RT @LPENAILILLO: The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/Kr0AXbF0lg
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/Kr0AXbF0lg
RT @PINESorg: “The molecular athlete: exercise physiology from mechanisms to medals” takes a good look at what helps an athlete rise to the…
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/jsyl9AghVQ
“The molecular athlete: exercise physiology from mechanisms to medals” takes a good look at what helps an athlete rise to the elite level —more than just nutrition! Open access https://t.co/PxHdXwzs3b https://t.co/pVvpkP9Ffz
The molecular athlete: exercise physiology from mechanisms to medals. Regula Furrer, John A. Hawley, and Christoph Handschin 17 april 2023 https://t.co/VSSpMUaHwm https://t.co/TEqAqCx34J
In their comprehensive Review "The molecular athlete: #exercise #physiology from mechanisms to medals," Furrer et al. discuss how peak performance also relies on proper & personalized #sleep patterns, matched to the individual #chronotype. https://t.co/1GVAJ05WXq https://t.co/GQTfwiUtxP
The molecular athlete: exercise physiology from mechanisms to medals. https://t.co/LC2UUG7VvJ
RT @physiolrev: Recommended Listening
Recommended Listening
If you've ever wondered how sports training programs work, read here: https://t.co/Gsw20drXIe. Discover how endurance training and resistance training work, plus why a great coach with a scientific background - and some special sauce - is worth their weight in gold. https://t.co/HrqfpVpZRi
The Molecular Athlete: Exercise Physiology from Mechanisms to Medals https://t.co/s2CDalQJ4h
RT @WellnessRemarks: THE BEST REVIEW EVER. The morphological, functional and molecular mechanisms underlying exercise adaptation to trainin…
THE BEST REVIEW EVER. The morphological, functional and molecular mechanisms underlying exercise adaptation to training in the context of genetic and interindividual differences in exercise capacity, with special consideration given to aging athletes. https://t.co/39JxuxxYal https://t.co/Fgl2B1sEYJ
RT @physiolrev: New Episode of The @physiolrev Podcast!
RT @physiolrev: New Episode of The @physiolrev Podcast!
RT @physiolrev: New Episode of The @physiolrev Podcast!
New Episode of The @physiolrev Podcast!
RT @agingdoc1: The molecular athlete: exercise physiology from mechanisms to medals @regula_furrer @JohnAHawley @c_handschin
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @MeadesFred: The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/4CdfJtpRf8 An ex…
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/4CdfJtpRf8 An excellent synthesis of current state of play in the interface of exercise physiology/medicine. Required reading for a current overview of the field.
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
RT @skppowers: Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published…
Check out this outstanding review entitled "The molecular athlete: exercise physiology from mechanisms to medals" published in Physiological Reviews https://t.co/oYGxj3Ugmg
RT @DebevecTadej: The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/EJYsydGC9M
RT @DebevecTadej: The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/EJYsydGC9M
RT @DebevecTadej: The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/EJYsydGC9M
RT @DebevecTadej: The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/EJYsydGC9M
RT @DebevecTadej: The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/EJYsydGC9M
Open access review. The molecular athlete: exercise physiology from mechanisms to medals https://t.co/sS6ApBI3pH https://t.co/emh8YLaj8H
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/EJYsydGC9M
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we are counting down the top Altmetric Score articles for the past month.
This week we are counting down the top Altmetric Score articles for the past month.
RT @physiolrev: This week we're highlighting @physiolrev Top 5 Altmetric Score Articles for April 2023
RT @SportsDietAust: The Molecular Athlete: Exercise Physiology from Mechanisms to Medals - Regula Furrer, John A. Hawley, and Christoph Han…
RT @SportsDietAust: The Molecular Athlete: Exercise Physiology from Mechanisms to Medals - Regula Furrer, John A. Hawley, and Christoph Han…
RT @SportsDietAust: The Molecular Athlete: Exercise Physiology from Mechanisms to Medals - Regula Furrer, John A. Hawley, and Christoph Han…
RT @SportsDietAust: The Molecular Athlete: Exercise Physiology from Mechanisms to Medals - Regula Furrer, John A. Hawley, and Christoph Han…
The Molecular Athlete: Exercise Physiology from Mechanisms to Medals - Regula Furrer, John A. Hawley, and Christoph Handschin https://t.co/dvExNC25TU
The molecular athlete: exercise physiology from mechanisms to medals. Take a look.
RT @agingdoc1: The molecular athlete: exercise physiology from mechanisms to medals @regula_furrer @JohnAHawley @c_handschin
RT @BoisseauN: The molecular athlete: exercise physiology from mechanisms to medals
RT @BoisseauN: The molecular athlete: exercise physiology from mechanisms to medals
The molecular athlete: exercise physiology from mechanisms to medals
RT @agingdoc1: The molecular athlete: exercise physiology from mechanisms to medals @regula_furrer @JohnAHawley @c_handschin
RT @agingdoc1: The molecular athlete: exercise physiology from mechanisms to medals @regula_furrer @JohnAHawley @c_handschin
RT @APSPublications: Last month's most mentioned article is from @physiolrev: The molecular athlete: exercise physiology from mechanisms t…
The molecular athlete: exercise physiology from mechanisms to medals https://t.co/Ph9RVhBaYm
Last month's most mentioned article is from @physiolrev: The molecular athlete: exercise physiology from mechanisms to medals (Furrer et al.) https://t.co/oZr0GV6OpM https://t.co/whlit0xCZv
@arjona_manu Si, totalmente se acuerdo. Por si no lo cpnoces, a ver si te gusta...https://t.co/FQ5tc7QG4r
The #molecular athlete: #exercise #physiology from mechanisms to medals https://t.co/EUz565fUFg It's amazing to see how far we've came from an evolutionary perspective to where we are today. @APSPhysiology #exercisephysiology #muscle #athlete #endurance @ACSMNews @NSCA https://t.co/mr00sX0mKu
RT @physiolrev: This week we're highlighting @physiolrev Top 5 Altmetric Score Articles for April 2023
RT @physiolrev: This week we're highlighting @physiolrev Top 5 Altmetric Score Articles for April 2023
RT @physiolrev: This week we're highlighting @physiolrev Top 5 Altmetric Score Articles for April 2023
RT @physiolrev: This week we're highlighting @physiolrev Top 5 Altmetric Score Articles for April 2023
RT @physiolrev: This week we're highlighting @physiolrev Top 5 Altmetric Score Articles for April 2023
This week we're highlighting @physiolrev Top 5 Altmetric Score Articles for April 2023
RT @APSPublications: Last week's most mentioned article appeared in @physiolrev: The molecular athlete: exercise physiology from mechanism…
RT @APSPublications: Last week's most mentioned article appeared in @physiolrev: The molecular athlete: exercise physiology from mechanism…
RT @APSPublications: Last week's most mentioned article appeared in @physiolrev: The molecular athlete: exercise physiology from mechanism…
Last week's most mentioned article appeared in @physiolrev: The molecular athlete: exercise physiology from mechanisms to medals (Furrer et al.) https://t.co/kGD9FWAU2Q https://t.co/adatXmyZeK
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/Prrg2OzUtF
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/Prrg2OzUtF
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/UMLwiqYK5f
RT @MuscleHealthSci: This review is an absolute monster that dives into everything important for sporting performance success!
This review is an absolute monster that dives into everything important for sporting performance success!
Pure gold!
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/r6XxIrbDXs
RT @D_Morales_Alamo: The molecular athlete: exercise physiology from mechanisms to medals | #Amazing review just published in Physiologica…
RT @physiolrev: All 96 pages *are* excellent, we agree @SHFaulkner! https://t.co/1GVAJ05WXq
RT @physiolrev: .@physiolrev ❤️ careful editing! Thank you for publishing in Physiological Reviews @JohnAHawley @regula_furrer @c_hands…
RT @physiolrev: All 96 pages *are* excellent, we agree @SHFaulkner! https://t.co/1GVAJ05WXq
RT @physiolrev: All 96 pages *are* excellent, we agree @SHFaulkner! https://t.co/1GVAJ05WXq
.@physiolrev ❤️ careful editing! Thank you for publishing in Physiological Reviews @JohnAHawley @regula_furrer @c_handschin "The molecular athlete: #ExercisePhysiology from mechanisms to medals" https://t.co/1GVAJ05WXq #EnduranceAthlete #ExerciseTraining https://t.co/wUoZaZGgiN
RT @physiolrev: All 96 pages *are* excellent, we agree @SHFaulkner! https://t.co/1GVAJ05WXq
The molecular athlete: exercise physiology from mechanisms to medals | Physiological Reviews https://t.co/USs1iJ04D7
RT @physiolrev: All 96 pages *are* excellent, we agree @SHFaulkner! https://t.co/1GVAJ05WXq
RT @physiolrev: All 96 pages *are* excellent, we agree @SHFaulkner! https://t.co/1GVAJ05WXq
All 96 pages *are* excellent, we agree @SHFaulkner! https://t.co/1GVAJ05WXq https://t.co/ms9pBRjFH0
RT @ThomasHureau: The molecular athlete: exercise physiology from mechanisms to medals @physiolrev https://t.co/Ze4gem142R
RT @physiolrev: Thank you @JohnAHawley @regula_furrer and @c_handschin for your comprehensive overview of skeletal muscle plasticity in re…
RT @physiolrev: Thank you @JohnAHawley @regula_furrer and @c_handschin for your comprehensive overview of skeletal muscle plasticity in re…
RT @physiolrev: Thank you @JohnAHawley @regula_furrer and @c_handschin for your comprehensive overview of skeletal muscle plasticity in re…
RT @physiolrev: Thank you @JohnAHawley @regula_furrer and @c_handschin for your comprehensive overview of skeletal muscle plasticity in re…
RT @physiolrev: Thank you @JohnAHawley @regula_furrer and @c_handschin for your comprehensive overview of skeletal muscle plasticity in re…
RT @physiolrev: Thank you @JohnAHawley @regula_furrer and @c_handschin for your comprehensive overview of skeletal muscle plasticity in re…
Thank you @JohnAHawley @regula_furrer and @c_handschin for your comprehensive overview of skeletal muscle plasticity in response to different modes of #exercise, and how such adaptations translate from "molecules to medals". https://t.co/1GVAJ06uMY https://t.co/1dyEQHe3L9
RT @bernardo_0311: The molecular athlete: exercise physiology from mechanisms to medals https://t.co/0mfmabMK5t
RT @bernardo_0311: The molecular athlete: exercise physiology from mechanisms to medals https://t.co/0mfmabMK5t
RT @bernardo_0311: The molecular athlete: exercise physiology from mechanisms to medals https://t.co/0mfmabMK5t
The molecular athlete: exercise physiology from mechanisms to medals https://t.co/0mfmabMK5t