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The discussions are characterized by enthusiastic acknowledgments of the study's significance, with phrases like 'crucial', 'game changer', and 'exciting results', showing strong support and keen interest. The tone and choice of words convey a sense of importance and potential for meaningful advancements in understanding and combating muscle aging through brain-muscle communication.
Most discussions support the importance of the research, emphasizing mechanisms like molecular clocks and circadian rhythms, indicating broad agreement with the findings.
Participants express high curiosity about how brain-muscle interactions influence aging, mentioning specific concepts like circadian disruption and muscle health, showing strong interest.
Many comments delve into detailed explanations, referencing related studies, molecular mechanisms, and potential applications, demonstrating deep engagement.
Multiple posts highlight how this research could revolutionize aging treatments or influence medical strategies, reflecting a perception of significant impact.
Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, according to a new Science study in mice. The findings could provide potential strategies to protect muscle function in aging individuals. https://t.co/CW6E1CL11K https://t.co/x0xMntvdJV
Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/VgSRJPGo27
8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t.co/XyfORWM4Mp
Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
Recent articles on aging and skeletal muscle
Brain-muscle communication prevents muscle aging by maintaining daily physiology. 脳と筋肉のコミュニケーションは、1日の生理機能維持で筋肉の老化を防ぐというScienceの論文。筋肉と中枢の概日リズムの適切な相互作用や食事パターンがサルコペニア予防に有用な可能性。 https://t.co/9BNhdpjvNK
Discover how maintaining synchronization between the central and peripheral circadian clocks is essential for tissue health and aging. Researchers from IRB Barcelona and UPF Barcelona explore the impact on skin and…
Discover how the synchronization between our central and peripheral circadian clocks influences tissue health and aging. Researchers from IRBBarcelona and UPFBarcelona highlight the importance of internal timing…
Synchronizing our body's circadian clocks may be key to slow aging. The epidermal clock interacts with brain signals to regulate skin health and tissue balance by coordinating cellular processes and overriding external…
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
RT @Matt_Muscle_Guy: 8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t…
8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. tinyurl.com/4y3erekn
8. Kumar et al., Science. Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t.co/XyfORWM4Mp
RT @EricTopol: We're learning so much about the aging process. Two papers advance the importance of synchronization of central (brain) and…
RT @EricTopol: A week of discoveries about our internal axes! —Gut to sperm https://t.co/xfK1sjvAhz —Body to brain https://t.co/4EmG9d0FlP…
Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science - едно хубаво доказателство на сентенцията - в здраво тяло-здрав дух https://t.co/N162KBlURk
RT @sapmed_pharma: 昨日のLab meetingでは，Scienceから今年の5月にpublishされた「Brain-muscle communication prevents muscle aging by maintaining daily physiol…
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @sapmed_pharma: 昨日のLab meetingでは，Scienceから今年の5月にpublishされた「Brain-muscle communication prevents muscle aging by maintaining daily physiol…
RT @sapmed_pharma: 昨日のLab meetingでは，Scienceから今年の5月にpublishされた「Brain-muscle communication prevents muscle aging by maintaining daily physiol…
昨日のLab meetingでは，Scienceから今年の5月にpublishされた「Brain-muscle communication prevents muscle aging by maintaining daily physiology」の抄読会を行いました． https://t.co/0esOOWymzs
Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/CKhkuMeWeF
Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/CKhkuMeop7
Brain-muscle communication prevents muscle aging by maintaining daily physiology - Science https://t.co/NmKGnstLuc
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @SmartFlightInfo: Circadian Rhythms
RT @EricTopol: We're learning so much about the aging process. Two papers advance the importance of synchronization of central (brain) and…
RT @HughesDC_Muscle: Recent articles on aging and skeletal muscle
RT @SmartFlightInfo: Circadian Rhythms
RT @HughesDC_Muscle: Recent articles on aging and skeletal muscle
RT @HughesDC_Muscle: Recent articles on aging and skeletal muscle
RT @HughesDC_Muscle: Recent articles on aging and skeletal muscle
RT @HughesDC_Muscle: Recent articles on aging and skeletal muscle
RT @HughesDC_Muscle: Recent articles on aging and skeletal muscle
Recent articles on aging and skeletal muscle
RT @SmartFlightInfo: Circadian Rhythms
RT @SmartFlightInfo: Circadian Rhythms
Circadian Rhythms
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @agingdoc1: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/o0BCainjUT
RT @agingdoc1: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/o0BCainjUT
Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/o0BCainjUT
RT @EricTopol: A week of discoveries about our internal axes! —Gut to sperm https://t.co/xfK1sjvAhz —Body to brain https://t.co/4EmG9d0FlP…
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/9juTGfgzM1
Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, according to a new Science study in mice. The findings could provide potential strategies to protect muscle function in aging individuals. https://t.co/UYHrDowGhW https://t.co/PgTyG5Zvtx
https://t.co/6mvNvAe4Vy 1-Beyin-kas iletişimi günlük fizyolojiyi koruyarak kas yaşlanmasını önler Soyut Moleküler saat ağı günlük fizyoloji ve organizma sağlığının korunması için çok önemlidir. Kas dokusu bakımında doku içi saat ağlarının etkileşimlerini ve önemini inceledik.
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @EricTopol: A week of discoveries about our internal axes! —Gut to sperm https://t.co/xfK1sjvAhz —Body to brain https://t.co/4EmG9d0FlP…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, according to a new Science study in mice. The findings could provide potential strategies to protect muscle function in aging individuals. https://t.co/CW6E1CL11K https://t.co/x0xMntvdJV
RT @AnciraBecky: Brain-muscle communication prevents muscle aging by maintaining daily physiology -Wondering how this would apply to new o…
RT @AnciraBecky: Brain-muscle communication prevents muscle aging by maintaining daily physiology -Wondering how this would apply to new o…
Brain-muscle communication prevents muscle aging by maintaining daily physiology -Wondering how this would apply to new onset of Dysautonomia post covid.
RT @EricTopol: A week of discoveries about our internal axes! —Gut to sperm https://t.co/xfK1sjvAhz —Body to brain https://t.co/4EmG9d0FlP…
RT @EricTopol: We're learning so much about the aging process. Two papers advance the importance of synchronization of central (brain) and…
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @agingdoc1: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/o0BCainjUT
https://t.co/BbZJ3q4fF5
RT @iNOJI612: 全文はまだ見れてないけど、brain-muscle networkって考え方は凄く興味深いし、なんか嬉しい。 https://t.co/XNJYnPbQdw
Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/o0BCainjUT
Brain-muscle communication prevents muscle aging by maintaining daily physiology. Mice lacking the #circadian clock component Bmal1 show not only disrupted rhythms but also premature #aging & muscle wasting. https://t.co/INvLiFDrm0
RT @LaskerFDN: Targeted disruption of transcription factor and circadian clock component BmalI reveals that communication between the brain…
RT @LaskerFDN: Targeted disruption of transcription factor and circadian clock component BmalI reveals that communication between the brain…
RT @LaskerFDN: Targeted disruption of transcription factor and circadian clock component BmalI reveals that communication between the brain…
Targeted disruption of transcription factor and circadian clock component BmalI reveals that communication between the brain & skeletal muscles prevents premature muscle aging. Timing of feeding also impacted muscle function. @UPFbiomed @SalvadorAznar3 https://t.co/d96Mi7pyv4 https://t.co/eA8Orjs6n6
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @EricTopol: A week of discoveries about our internal axes! —Gut to sperm https://t.co/xfK1sjvAhz —Body to brain https://t.co/4EmG9d0FlP…
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @drjohnmorley: Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science https://t.co/1QBwi05duR
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @CeoImed: 筋肉は裏切らない！？ ｢脳と筋肉のコミュニケーションで筋肉の老化を防ぐ｣ Science ･ 分子時計ネットワークは、日常の生理機能と生物の健康維持に重要 ･ それは脳と筋肉にも当てはまり、脳と筋肉の概日周期（circadian clock)…
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @AgingBiology: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science https://t.co/1QBwi05duR
Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/JO7lFdEJ5v
RT @EricTopol: A week of discoveries about our internal axes! —Gut to sperm https://t.co/xfK1sjvAhz —Body to brain https://t.co/4EmG9d0FlP…
RT @EricTopol: A week of discoveries about our internal axes! —Gut to sperm https://t.co/xfK1sjvAhz —Body to brain https://t.co/4EmG9d0FlP…
RT @CeoImed: 筋肉は裏切らない！？ ｢脳と筋肉のコミュニケーションで筋肉の老化を防ぐ｣ Science ･ 分子時計ネットワークは、日常の生理機能と生物の健康維持に重要 ･ それは脳と筋肉にも当てはまり、脳と筋肉の概日周期（circadian clock)…
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
Brain-muscle communication prevents muscle aging by maintaining daily physiology. Mice lacking the #circadian clock component Bmal1 show not only disrupted rhythms but also premature #aging & muscle wasting. https://t.co/sGISkzmvUT
RT @yuji_ikegaya: 【脳と筋肉の対話】脳のリムズ（24時間周期の体内時計）と筋肉のリズムを一致させると、筋肉の老化が予防されるそうです。先週の『サイエンス』誌より→ https://t.co/aGaTvnqJbh （起床や就寝、食事、運動のタイミングについて、ふ…
RT @CeoImed: 筋肉は裏切らない！？ ｢脳と筋肉のコミュニケーションで筋肉の老化を防ぐ｣ Science ･ 分子時計ネットワークは、日常の生理機能と生物の健康維持に重要 ･ それは脳と筋肉にも当てはまり、脳と筋肉の概日周期（circadian clock)…
RT @CeoImed: 筋肉は裏切らない！？ ｢脳と筋肉のコミュニケーションで筋肉の老化を防ぐ｣ Science ･ 分子時計ネットワークは、日常の生理機能と生物の健康維持に重要 ･ それは脳と筋肉にも当てはまり、脳と筋肉の概日周期（circadian clock)…
RT @CeoImed: 筋肉は裏切らない！？ ｢脳と筋肉のコミュニケーションで筋肉の老化を防ぐ｣ Science ･ 分子時計ネットワークは、日常の生理機能と生物の健康維持に重要 ･ それは脳と筋肉にも当てはまり、脳と筋肉の概日周期（circadian clock)…
筋肉は裏切らない！？ ｢脳と筋肉のコミュニケーションで筋肉の老化を防ぐ｣ Science ･ 分子時計ネットワークは、日常の生理機能と生物の健康維持に重要 ･ それは脳と筋肉にも当てはまり、脳と筋肉の概日周期（circadian clock)の連動が筋肉の維持に重要なことを解明 https://t.co/iLh5b5dXJ6 https://t.co/P3D9ONr6NA
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
RT @ScienceMagazine: Molecular circadian clocks in the brain and muscle tissue cooperate to keep muscles healthy and functioning daily, acc…
Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science https://t.co/7wpfSYsX6b
RT @r_calv: Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science https://t.co/zTOs64hsvr
RT @osvaldoics: A crucial study linking circadian disruption and muscle function in aging
In line with this, check out the incredibly valuable study on “Brain-muscle communication prevents muscle aging by maintaining daily physiology” in @ScienceMagazine From a fantastic collaboration with the team of Pura Munoz-Canoves https://t.co/TzeQswkZvR
RT @davidjglassMD: Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication p…
RT @Casanova_Acebes:
RT @osvaldoics: A crucial study linking circadian disruption and muscle function in aging
RT @davidjglassMD: Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication p…
RT @SportsGenomics: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/IuOT3eke2m
RT @FormentiniLaura: Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science https://t.co/8yCKwgOAZn
RT @osvaldoics: A crucial study linking circadian disruption and muscle function in aging
Science Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/ffbuXILWmE
Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science https://t.co/8yCKwgOAZn
RT @HideWakabayashi: Brain-muscle communication prevents muscle aging by maintaining daily physiology. 脳と筋肉のコミュニケーションは、1日の生理機能維持で筋肉の老化を防ぐとい…
RT @r_calv: Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science https://t.co/zTOs64hsvr
RT @davidjglassMD: Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication p…
RT @HideWakabayashi: Brain-muscle communication prevents muscle aging by maintaining daily physiology. 脳と筋肉のコミュニケーションは、1日の生理機能維持で筋肉の老化を防ぐとい…
RT @HideWakabayashi: Brain-muscle communication prevents muscle aging by maintaining daily physiology. 脳と筋肉のコミュニケーションは、1日の生理機能維持で筋肉の老化を防ぐとい…
Brain-muscle communication prevents muscle aging by maintaining daily physiology. 脳と筋肉のコミュニケーションは、1日の生理機能維持で筋肉の老化を防ぐというScienceの論文。筋肉と中枢の概日リズムの適切な相互作用や食事パターンがサルコペニア予防に有用な可能性。 https://t.co/9BNhdpjvNK
RT @SportsGenomics: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/IuOT3eke2m
RT @davidjglassMD: Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication p…
RT @osvaldoics: A crucial study linking circadian disruption and muscle function in aging
RT @davidjglassMD: Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication p…
RT @r_calv: Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science https://t.co/zTOs64hsvr
RT @davidjglassMD: Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication p…
RT @davidjglassMD: Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication p…
RT @davidjglassMD: Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication p…
RT @Casanova_Acebes:
Science Magazine - Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/TuzvZ6luFA
RT @osvaldoics: A crucial study linking circadian disruption and muscle function in aging
Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/Txjb55z8z7
RT @davidjglassMD: Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication p…
A crucial study linking circadian disruption and muscle function in aging
RT @SportsGenomics: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/IuOT3eke2m
Pura is on quite a hot streak in terms of publishing very exciting and interesting results: Brain-muscle communication prevents muscle aging by maintaining daily physiology https://t.co/VgSRJPGo27
Circadian clocks in "Brain-muscle communication prevents muscle aging by maintaining daily physiology." https://t.co/oWZ6D5UYwb @isaperarnau @brunovellas @InfinityTLS @RestoreInstitut @I2mcT
RT @r_calv: Brain-muscle communication prevents muscle aging by maintaining daily physiology | Science https://t.co/zTOs64hsvr
RT @Casanova_Acebes:
Brain-muscle communication prevents muscle aging by maintaining daily physiology @ScienceMagazine https://t.co/e0exXNtPQ0 https://t.co/F4CsgANgSL
RT @gglinskii: Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t.co/Jn8KZsHFYp
RT @Casanova_Acebes:
RT @Casanova_Acebes:
Brain-muscle communication prevents muscle aging by maintaining daily physiology. https://t.co/Jn8KZsHFYp
RT @Casanova_Acebes:
RT @UPFbiomed:
RT @Casanova_Acebes:
RT @isciverse: Brain-muscle communication prevents muscle aging by maintaining daily physiology @ScienceMagazine #aging #Meded #medx #musc…
RT @Casanova_Acebes:
Brain-muscle communication prevents muscle aging by maintaining daily physiology
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