RT @javierbutra: Dinámica de la respuesta multiómica al entrenamiento de resistencia https://t.co/R44fUtyZkI
RT @javierbutra: Dinámica de la respuesta multiómica al entrenamiento de resistencia https://t.co/R44fUtyZkI
RT @javierbutra: Dinámica de la respuesta multiómica al entrenamiento de resistencia https://t.co/R44fUtyZkI
RT @javierbutra: Dinámica de la respuesta multiómica al entrenamiento de resistencia https://t.co/R44fUtyZkI
Dinámica de la respuesta multiómica al entrenamiento de resistencia https://t.co/R44fUtyZkI
RT @BuckInstitute: 8 weeks endurance #exercise training in young adult rats had profound effects even in tissues not associated with moveme…
should we exercise?https://t.co/c053zKaukd
RT @CeoImed: おおお!!! 「運動の病気予防効果を分子レベルで解明」 Nature ・ 運動は病気を予防 ・ 今回の大規模研究で何千の組織特異的分子変化を特定 ・ 免疫、代謝、ストレス反応などの広範な適応反応が解明 ・ 炎症性腸疾患、心血管、組織損傷など多くの変…
運動の病気予防効果💡 Nature誌, 分子レベルで解明❗️ 運動× ■肌の若返り:https://t.co/HtpoNh1kmd ■COVID-19罹患後の転帰:https://t.co/DV690J15IS ■インフルエンザ/肺炎による死亡:https://t.co/r8GYdrZN8u EIM (Exercise is Medicine) の病態レベルの仕組みですね😲 #EIM #運動 #疾病予防 https://t.co/sAsBGQuAdu https://t.co/oPWpeuVXhT
You can explore the full study published in Nature magazine. I've highlighted the key points for you, but feel free to dive into all the details here: https://t.co/e3Qq3KhqNK #sciencetwitter #HealthAndWellness #MedX #MedEd
RT @bdanubius: Temporal dynamics of the multi-omic response to endurance exercise training Fascinating paper through-and-through, with esp…
Temporal dynamics of the multi-omic response to endurance exercise training Fascinating paper through-and-through, with especially striking sex-based response to endurance exercise. https://t.co/TylLWsD7rt https://t.co/9qRMztqMxj
RT @EricTopol: A big day for understanding the multi-dimensional impact of exercise that has such a critical impact for promoting health @N…
RT @simplavida: Evan Ashley: "Exercise may be the single most potent medical intervention ever known." Evan Ashley with Eric Topol https:/…
RT @simplavida: Evan Ashley: "Exercise may be the single most potent medical intervention ever known." Evan Ashley with Eric Topol https:/…
Evan Ashley: "Exercise may be the single most potent medical intervention ever known." Evan Ashley with Eric Topol https://t.co/57dxP6KiR4 Temporal dynamics of the multi-omic response to endurance exercise training | Nature https://t.co/BrpRlBpzWB
🐀News findings from recent study show how endurance exercise affects all tissues of the body, even those not normally associated with movement. Amar et al. @NIH @NIH_CommonFund (ORIP support through S10OD026880, S10OD030463) #MoTrPAC #ExerciseResearch http
Exercise causes cellular and molecular changes in all organs. That is in a study on rats published in Nature. The health benefits of exercise are well known but this study shows that the body's response to exercise is more complex than previously thought.
A new study published in the Nature Journal revealed how endurance exercise improves tissue-specific and whole-body health. 🔗 Link to article: https://t.co/uxCGEGw282 This recent preclinical study from MoTrPAC represents one of the largest multi-omic in
RT @UTHealthBarshop: 👏👏Congratulations to the Barshop MoTrPAC Study Group members Dr. Blake Rasmussen and Dr. Elena Volpi.
@bot35324477 運動開始の週齢でも傾向変わりそうですね、やってるのかな? このプロジェクト、運動開始0,1,2,4,8週で全18組織で頭おかしい規模のオミクスやってるんですよね笑 https://t.co/kyWIJIny8h
RT @UTHealthBarshop: 👏👏Congratulations to the Barshop MoTrPAC Study Group members Dr. Blake Rasmussen and Dr. Elena Volpi.
RT @CeoImed: おおお!!! 「運動の病気予防効果を分子レベルで解明」 Nature ・ 運動は病気を予防 ・ 今回の大規模研究で何千の組織特異的分子変化を特定 ・ 免疫、代謝、ストレス反応などの広範な適応反応が解明 ・ 炎症性腸疾患、心血管、組織損傷など多くの変…
RT @CeoImed: おおお!!! 「運動の病気予防効果を分子レベルで解明」 Nature ・ 運動は病気を予防 ・ 今回の大規模研究で何千の組織特異的分子変化を特定 ・ 免疫、代謝、ストレス反応などの広範な適応反応が解明 ・ 炎症性腸疾患、心血管、組織損傷など多くの変…
RT @CeoImed: おおお!!! 「運動の病気予防効果を分子レベルで解明」 Nature ・ 運動は病気を予防 ・ 今回の大規模研究で何千の組織特異的分子変化を特定 ・ 免疫、代謝、ストレス反応などの広範な適応反応が解明 ・ 炎症性腸疾患、心血管、組織損傷など多くの変…
In rats, hopefully human studies like this are next https://t.co/bYsGQRvOiR
RT @EloScicomm: Quels sont les bénéfices du sport sur chaque organe du corps ? @Sciences_Avenir https://t.co/uIbAgHyTv7 Article basé sur…
Quels sont les bénéfices du sport sur chaque organe du corps ? @Sciences_Avenir https://t.co/uIbAgHyTv7 Article basé sur une étude publiée dans @Nature réalisée chez les rats https://t.co/tKeU2H9x58 https://t.co/NfqGwC5ttA
Journal Club Fri 24 May 12pm BIG13 Jake Szostak: Gut Microbiota: Social vs. Environmental Spread in Mice https://t.co/AbFjnkAaaO Anita Dunbier: Exercise as medicine: The molecular marathon of endurance exercise https://t.co/RFSrpnIFQ2
RT @BuckInstitute: 8 weeks endurance #exercise training in young adult rats had profound effects even in tissues not associated with moveme…
🐀🏃♂️ Fascinating study outlined by @BuckInstitute! 8 weeks of endurance exercise in young adult rats triggered profound effects with over 35,000 biological molecules responding and adapting. Another reason to lace up those trainers! @Nature #ExerciseScien
RT @DrScottLear: Exercise affects more than just the muscles, heart and lungs. Comprehensive set of #exercise studies in 🐀 found exercise…
8 weeks endurance #exercise training in young adult rats had profound effects even in tissues not associated with movement. >35,000 biological molecules responded and adapted to exercise over time. There were widespread differences between sexes. @Natur
Temporal dynamics of the multi-omic response to endurance exercise training https://t.co/AT3atJcrMU
RT @John_RMiles: Groundbreaking study reveals: Exercise does more than keep you fit! Scientists from #MoTrPAC have discovered profound chan…
RT @DrScottLear: Exercise affects more than just the muscles, heart and lungs. Comprehensive set of #exercise studies in 🐀 found exercise…
RT @DrScottLear: Exercise affects more than just the muscles, heart and lungs. Comprehensive set of #exercise studies in 🐀 found exercise…
RT @DrScottLear: Exercise affects more than just the muscles, heart and lungs. Comprehensive set of #exercise studies in 🐀 found exercise…
RT @DrScottLear: Exercise affects more than just the muscles, heart and lungs. Comprehensive set of #exercise studies in 🐀 found exercise…
RT @John_RMiles: Groundbreaking study reveals: Exercise does more than keep you fit! Scientists from #MoTrPAC have discovered profound chan…
Groundbreaking study reveals: Exercise does more than keep you fit! Scientists from #MoTrPAC have discovered profound changes in 19 organs, highlighting exercise's role in managing diseases and overall health. 🧬💪 Dive into the details ➡️ https://t.co/p2x
RT @DrScottLear: Exercise affects more than just the muscles, heart and lungs. Comprehensive set of #exercise studies in 🐀 found exercise…
Worth the read: https://t.co/NCNPU5ODIf #Exercise
RT @CCRobertsARK: Fascinating study of multiomics in endurance training in vivo from @euanashley and many colleagues: one take is that exer…
RT @DrScottLear: Exercise affects more than just the muscles, heart and lungs. Comprehensive set of #exercise studies in 🐀 found exercise…
Exercise affects more than just the muscles, heart and lungs. Comprehensive set of #exercise studies in 🐀 found exercise alters gene expression in ⭐️7115⭐️ genes including in the kidneys and liver @Nature: https://t.co/5M3VIBc1gO https://t.co/Hrn3h14EQo
RT @CCRobertsARK: Fascinating study of multiomics in endurance training in vivo from @euanashley and many colleagues: one take is that exer…
RT @CCRobertsARK: Fascinating study of multiomics in endurance training in vivo from @euanashley and many colleagues: one take is that exer…
RT @CCRobertsARK: Fascinating study of multiomics in endurance training in vivo from @euanashley and many colleagues: one take is that exer…
Fascinating study of multiomics in endurance training in vivo from @euanashley and many colleagues: one take is that exercise can be seen as one of the most 'pleiotropic drugs' ever studied, nature's medicine: https://t.co/BOYi95FGO2 https://t.co/whipRZ8z
RT @kaesser: Happy to see this large project publicly available. Lots of work by many at all levels, but a big shout out to Sue Bodine and…
- datasets + papers today: - temporal multi-omics profile of mice over 8 weeks of endurance exercise training: (data) https://t.co/gB1ugdush3, (paper) https://t.co/Wem2uMyOO2 - spatial temporal proteomic atlas of human adipogenesis: (paper) https:/
RT @agingdoc1: Temporal dynamics of the multi-omic response to endurance exercise training 👉🔎"Many changes were relevant to human health,…
RT @agingdoc1: Temporal dynamics of the multi-omic response to endurance exercise training 👉🔎"Many changes were relevant to human health,…
Temporal dynamics of the multi-omic response to endurance exercise training 👉🔎"Many changes were relevant to human health, including non-alcoholic fatty liver disease, inflammatory bowel disease, cardiovascular health and tissue injury and recovery..." h
RT @EricTopol: A big day for understanding the multi-dimensional impact of exercise that has such a critical impact for promoting health @N…
Temporal dynamics of the multi-omic response to endurance exercise training cc: @MountainRoche https://t.co/jJvGR0i5OD
RT @InnovCardio: Nature study redefines understanding of exercise-related health improvements and disease management. #ExerciseScience #Hea…
Nature study redefines understanding of exercise-related health improvements and disease management. #ExerciseScience #HealthResearch @Nature @Innov_Medicine https://t.co/vurWLhm0Fg
RT @theindianheart: Full paper #OpenAccess : https://t.co/q53gMGqavh Fantastic work!
RT @kaesser: Happy to see this large project publicly available. Lots of work by many at all levels, but a big shout out to Sue Bodine and…
RT @EricTopol: A big day for understanding the multi-dimensional impact of exercise that has such a critical impact for promoting health @N…
RT @kaesser: Happy to see this large project publicly available. Lots of work by many at all levels, but a big shout out to Sue Bodine and…
6/ Researchers collected extensive multi-omic data on the effects of endurance training in mice, revealing sex and tissue specific changes in cells over time, as part of the @NIH consortium #MoTrPAC. https://t.co/bJsG5Fep4U
RT @EricTopol: A big day for understanding the multi-dimensional impact of exercise that has such a critical impact for promoting health @N…
RT @EricTopol: A big day for understanding the multi-dimensional impact of exercise that has such a critical impact for promoting health @N…
RT @EricTopol: A big day for understanding the multi-dimensional impact of exercise that has such a critical impact for promoting health @N…
Annals Of Physiology Temporal Multi-Omic Multi-Tissue Analyses Reveal Expansive Biological Insights into the Adaptive Responses to Endurance Training, Including Widespread Regulation of Immune, Metabolic, Stress Response & Mitochondrial Pathways:
Temporal dynamics of the multi-omic response to endurance exercise training https://t.co/wbtskHRdDb
https://t.co/EMjikMubQl Dear @NatMetabolism @nature @Cell_Metabolism and co, This overall project is outstanding. No doubt! The way data have been made available is fantastic…BUT:
RT @CoenPM: Informative thread by @me_lindholm on the new #MoTrPAC paper "Temporal dynamics of the multi-omic response to endurance exerci…
RT @sbmontgom: The whole body response to exercise training! First major release of NIH Common Fund MoTrPAC (Molecular Transducers of Physi…
⭐️⭐️⭐️ https://t.co/gGq3wuomy6
RT @sbmontgom: The whole body response to exercise training! First major release of NIH Common Fund MoTrPAC (Molecular Transducers of Physi…
RT @me_lindholm: Our paper "Temporal dynamics of the multi-omic response to endurance exercise training" was just published in @Nature! htt…
And near and dear to my heart - the importance of sex differences in the exercise response https://t.co/52A4doNQQq
RT @me_lindholm: Our paper "Temporal dynamics of the multi-omic response to endurance exercise training" was just published in @Nature! htt…
運動によってダイナミックに変化する(マウス)体内での、細胞のシグナル伝達、免疫システム、代謝、分子レベルでのつながり。これらが可視化できる時代が来ているという衝撃の事実。これまでは特定の分子や遺伝子に着目して運動の効果を語っていましたが、今後は運動の効果の解明を各々の臓器で”大規模…
運動によってダイナミックに変化する(マウス)体内での、細胞のシグナル伝達、免疫システム、代謝、分子レベルでのつながり。これらが可視化できる時代が来ているという衝撃の事実。これまでは特定の分子や遺伝子に着目して運動の効果を語っていましたが、今後は運動の効果の解明を各々の臓器で”大規模…
https://t.co/JyIn1CU9Tb こういう研究がブレークスルーを起こすのだと思います。一方で、マルチセンシングによるデータ解析が基盤であり、公開されたデータを使ってさらに仮説を検証(データ解析)していけたら良いと思います。
RT @me_lindholm: Our paper "Temporal dynamics of the multi-omic response to endurance exercise training" was just published in @Nature! htt…
RT @CeoImed: おおお!!! 「運動の病気予防効果を分子レベルで解明」 Nature ・ 運動は病気を予防 ・ 今回の大規模研究で何千の組織特異的分子変化を特定 ・ 免疫、代謝、ストレス反応などの広範な適応反応が解明 ・ 炎症性腸疾患、心血管、組織損傷など多くの変…
RT @CeoImed: おおお!!! 「運動の病気予防効果を分子レベルで解明」 Nature ・ 運動は病気を予防 ・ 今回の大規模研究で何千の組織特異的分子変化を特定 ・ 免疫、代謝、ストレス反応などの広範な適応反応が解明 ・ 炎症性腸疾患、心血管、組織損傷など多くの変…
RT @HayanoMotoshi: エクセサイズが健康に良いことはわかっていて、これまで一つの臓器で運動するとAKTが〜、ミトコンドリアが〜、といっていたが、19の臓器で一気に解析。ここ数年、解析のコストが安くなってきたとはいえ、ゴリ押し系の手間が半端ない。データセットとして…
RT @HayanoMotoshi: エクセサイズが健康に良いことはわかっていて、これまで一つの臓器で運動するとAKTが〜、ミトコンドリアが〜、といっていたが、19の臓器で一気に解析。ここ数年、解析のコストが安くなってきたとはいえ、ゴリ押し系の手間が半端ない。データセットとして…
RT @CeoImed: おおお!!! 「運動の病気予防効果を分子レベルで解明」 Nature ・ 運動は病気を予防 ・ 今回の大規模研究で何千の組織特異的分子変化を特定 ・ 免疫、代謝、ストレス反応などの広範な適応反応が解明 ・ 炎症性腸疾患、心血管、組織損傷など多くの変…
RT @NzXyZQDOCMpLgz5: 運動がなぜ健康にいいのか?に迫るべく、マウスに8週間運動させて、経時的に各組織のマルチオミクスデータを取り網羅的に解析した論文。 今後の運動研究の基盤となる論文かも。 そして、データ規模もデカすぎる。 Nature誌 https://t…
🩺 TRENDING ON PUBMED 🩺 Temporal dynamics of the multi-omic response to endurance exercise training https://t.co/WOxjImkAxN #medstudent #MedResearch
Temporal dynamics of the multi-omic response to endurance exercise training https://t.co/2B0RXKQPLN @rapperliftsbars @thepfcclub
RT @NzXyZQDOCMpLgz5: 運動がなぜ健康にいいのか?に迫るべく、マウスに8週間運動させて、経時的に各組織のマルチオミクスデータを取り網羅的に解析した論文。 今後の運動研究の基盤となる論文かも。 そして、データ規模もデカすぎる。 Nature誌 https://t…
RT @EricTopol: A big day for understanding the multi-dimensional impact of exercise that has such a critical impact for promoting health @N…
RT @CeoImed: おおお!!! 「運動の病気予防効果を分子レベルで解明」 Nature ・ 運動は病気を予防 ・ 今回の大規模研究で何千の組織特異的分子変化を特定 ・ 免疫、代謝、ストレス反応などの広範な適応反応が解明 ・ 炎症性腸疾患、心血管、組織損傷など多くの変…
RT @me_lindholm: Our paper "Temporal dynamics of the multi-omic response to endurance exercise training" was just published in @Nature! htt…
RT @EricTopol: A big day for understanding the multi-dimensional impact of exercise that has such a critical impact for promoting health @N…
RT @NzXyZQDOCMpLgz5: Natureの論文はこちら👇 https://t.co/kyWIJIo5XP
RT @kaesser: Happy to see this large project publicly available. Lots of work by many at all levels, but a big shout out to Sue Bodine and…
RT @HayanoMotoshi: エクセサイズが健康に良いことはわかっていて、これまで一つの臓器で運動するとAKTが〜、ミトコンドリアが〜、といっていたが、19の臓器で一気に解析。ここ数年、解析のコストが安くなってきたとはいえ、ゴリ押し系の手間が半端ない。データセットとして…
RT @EricTopol: A big day for understanding the multi-dimensional impact of exercise that has such a critical impact for promoting health @N…