Muscle Cell News (@musclecellnews) 's Twitter Profile
Muscle Cell News

@musclecellnews

An online resource for researchers studying smooth, skeletal, and cardiac muscle cells. Part of the @STEMCELLTech Science News service.

ID: 863456508

linkhttp://www.musclecellnews.com calendar_today05-10-2012 18:18:38

6,6K Tweet

3,3K Followers

440 Following

Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Researchers indicate that ischemic/hypoxic injury can induce marked vascular dysfunction, disorganization of mitochondrial cristae, mitochondrial dysfunction and release of mtDNA. 🧬 Signal Transduction and Targeted Therapy(STTT) | go.nature.com/3Hben2Z

Researchers indicate that ischemic/hypoxic injury can induce marked vascular dysfunction, disorganization of mitochondrial cristae, mitochondrial dysfunction and release of mtDNA. 🧬

<a href="/sigtrans_sttt/">Signal Transduction and Targeted Therapy(STTT)</a> | go.nature.com/3Hben2Z
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Today in ATVB: An AHA Journal! Researchers show that afadin expression in VSMCs promotes cell contraction by interacting with PLCβ to enhance Ca2+ signaling. 🚦 👉 bit.ly/4kkNXud

Today in <a href="/atvbahajournals/">ATVB: An AHA Journal</a>! 

Researchers show that afadin expression in VSMCs promotes cell contraction by interacting with PLCβ to enhance Ca2+ signaling. 🚦 

👉 bit.ly/4kkNXud
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

🧪 Scientists demonstrate NEXN is highly expressed in VSMCs, and the expression of NEXN is significantly reduced during the phenotypic transformation of VSMCs and intimal #hyperplasia induced by #VascularInjury. JCI insight | bit.ly/4kBqep6

🧪 Scientists demonstrate NEXN is highly expressed in VSMCs, and the expression of NEXN is significantly reduced during the phenotypic transformation of VSMCs and intimal #hyperplasia induced by #VascularInjury. 

<a href="/JCI_insight/">JCI insight</a> | bit.ly/4kBqep6
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Elevate your lab wardrobe! 🌟🥼 Subscribe to one of our 20 immunology or cell biology newsletters before July 18 for a chance to win a personalized lab coat. bit.ly/3YYyzuM

Elevate your lab wardrobe! 🌟🥼

Subscribe to one of our 20 immunology or cell biology newsletters before July 18 for a chance to win a personalized lab coat.

bit.ly/3YYyzuM
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Scientists show that 5-HT-Htr2b signaling negatively regulates #insulin sensitivity and energy metabolism in skeletal muscles, providing new insights into the role of peripheral serotonin in muscle metabolism. 💪 📚 Read more: go.nature.com/3HAZ6bA

Scientists show that 5-HT-Htr2b signaling negatively regulates #insulin sensitivity and energy metabolism in skeletal muscles, providing new insights into the role of peripheral serotonin in muscle metabolism. 💪 

📚 Read more: go.nature.com/3HAZ6bA
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

A research group from Sun Yat-sen University show a previously unrecognized role of NETs and CCDC25 in anthracycline #cardiotoxicity. They suggest that targeting CCDC25 could provide a dual therapeutic and cardioprotective advantage. 🫀 Nature Cancer | go.nature.com/3ZL41Nq

A research group from Sun Yat-sen University show a previously unrecognized role of NETs and CCDC25 in anthracycline #cardiotoxicity.

They suggest that targeting CCDC25 could provide a dual therapeutic and cardioprotective advantage. 🫀

<a href="/NatureCancer/">Nature Cancer</a> | go.nature.com/3ZL41Nq
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Dr. Sergio Lavandero's team suggests that mTOR inhibition disrupts mitochondrial integrity in #cardiomyocytes by promoting the degradation of prohibitins and OPA-1. 📑 Bookmark this link for your next read: bit.ly/3SEkr6q

Dr. Sergio Lavandero's team suggests that mTOR inhibition disrupts mitochondrial integrity in #cardiomyocytes by promoting the degradation of prohibitins and OPA-1.

📑 Bookmark this link for your next read: bit.ly/3SEkr6q
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Scientists found that MG53 correlates with skeletal muscle dysfunction in #COPD. MG53 deletion triggers BCL2L13-mediated mitochondrial fission in skeletal muscles under cigarette-smoke stimulation. 🚬 bit.ly/4kS8l5L

Scientists found that MG53 correlates with skeletal muscle dysfunction in #COPD. 

MG53 deletion triggers BCL2L13-mediated mitochondrial fission in skeletal muscles under cigarette-smoke stimulation. 🚬 

bit.ly/4kS8l5L
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Oink oink! 🐷 This study provides new insights into the immunomodulatory effects of soybean, canola, and fish oils, highlighting the relevance of nutrigenomics in understanding gene–diet interactions in pigs. go.nature.com/3FAFQKW

Oink oink! 🐷 

This study provides new insights into the immunomodulatory effects of soybean, canola, and fish oils, highlighting the relevance of nutrigenomics in understanding gene–diet interactions in pigs.

go.nature.com/3FAFQKW
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Study the pathogenesis and clinical manifestation of hypercontracture in #cardiomyocytes during acute myocardial infarction. ✅ Check out the #OpenAccess article: bit.ly/3HzeCVr

Study the pathogenesis and clinical manifestation of hypercontracture in #cardiomyocytes during acute myocardial infarction.

✅ Check out the #OpenAccess article: bit.ly/3HzeCVr
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Dr. Natasha Chang's team at McGill University determined how dystrophin deficiency impacts the satellite cell transcriptome and cellular composition by comparing satellite cells from mdx and the more severe D2-mdx Duchenne muscular dystrophy mouse models. 🐁 go.nature.com/3HBCibZ

Dr. <a href="/chang_natasha/">Natasha Chang</a>'s team at <a href="/mcgillu/">McGill University</a> determined how dystrophin deficiency impacts the satellite cell transcriptome and cellular composition by comparing satellite cells from mdx and the more severe D2-mdx Duchenne muscular dystrophy mouse models. 🐁 

go.nature.com/3HBCibZ
Benjamin T Wall (@benjamintwall) 's Twitter Profile Photo

Two fully funded PhD studentships available within UoE_NPG at University of Exeter looking at GLP1 agonists, weight loss and nutrition and/or exercise to preserve muscle:exeter.ac.uk/study/funding/…

Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

🆕 Check out this new study! Scientists from Wenzhou Medical University reveals a new YOD1-PKM2 axis in #cardiomyocytes. 🔎 Find out more about the YOD1-PKM2 axis: go.nature.com/4jO7hPg

🆕 Check out this new study! 

Scientists from Wenzhou Medical University reveals a new YOD1-PKM2 axis in #cardiomyocytes. 

🔎 Find out more about the YOD1-PKM2 axis: go.nature.com/4jO7hPg
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Researchers from Hyogo Medical University generated smooth muscle cell-specific TfR1 deficient mice and examined the impact of its deletion in mouse models of hypertension induced by angiotensin II or deoxycorticosterone acetate/salt administration. 🐭 go.nature.com/4kHR13M

Researchers from Hyogo Medical University generated smooth muscle cell-specific TfR1 deficient mice and examined the impact of its deletion in mouse models of hypertension induced by angiotensin II or deoxycorticosterone acetate/salt administration. 🐭 

go.nature.com/4kHR13M
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Dr. Helen Blau and team uncover that aged #MuscleStemCells have blunted prostaglandin E2 -EP4 receptor signaling, which causes precocious commitment and mitotic catastrophe. 💥 📚 Read more in Cell Stem Cell: bit.ly/3HG4WZx

Dr. Helen Blau and team uncover that aged #MuscleStemCells have blunted prostaglandin E2 -EP4 receptor signaling, which causes precocious commitment and mitotic catastrophe. 💥 

📚 Read more in <a href="/CellStemCell/">Cell Stem Cell</a>: bit.ly/3HG4WZx
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

In this Circulation Research study, scientists explored the role of pBIN1 in early-stage morphogenesis of transverse tubules in rat #cardiomyocytes. 📚 Read the paper here: bit.ly/449KmIz

In this <a href="/CircRes/">Circulation Research</a> study, scientists explored the role of pBIN1 in early-stage morphogenesis of transverse tubules in rat #cardiomyocytes.

📚 Read the paper here: bit.ly/449KmIz
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

This study demonstrates that topoisomerase-2 beta silencing significantly decreases apoptosis and improved cell viability, as compared to the dexrazoxane treatment. ✅ Check it out! bit.ly/4l48nHQ

This study demonstrates that topoisomerase-2 beta silencing significantly decreases apoptosis and improved cell viability, as compared to the dexrazoxane treatment.

✅ Check it out! 
bit.ly/4l48nHQ
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Scientists led by Dr. Martin Bennett at VPD Heart & Lung Research Institute show that DNA damage and senescence induce genes associated with de-differentiated/fibromyocytic vascular smooth muscle cells, and persistence of these cells in vivo. 👉 bit.ly/44bVk05

Scientists led by Dr. Martin Bennett at <a href="/HLRI_Cambridge/">VPD Heart & Lung Research Institute</a> show that DNA damage and senescence induce genes associated with de-differentiated/fibromyocytic vascular smooth muscle cells, and persistence of these cells in vivo. 

👉 bit.ly/44bVk05
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Scientists report that circ‐myh8 RNA enhances H3K27ac enrichment, thereby promoting super‐enhancer activity for FOSL2 transcription. This process ultimately contributes to the induction of PANoptosis in pulmonary arterial smooth muscle cells. 🧫 bit.ly/3HQbQLW

Scientists report that circ‐myh8 RNA enhances H3K27ac enrichment, thereby promoting super‐enhancer activity for FOSL2 transcription.

This process ultimately contributes to the induction of PANoptosis in pulmonary arterial smooth muscle cells. 🧫

bit.ly/3HQbQLW
Muscle Cell News (@musclecellnews) 's Twitter Profile Photo

Collaborators showed that upregulated SMURF2 leads to AXIN1 ubiquitination and degradation, thereby facilitating the progression of cardiac #hypertrophy. 🫀 💡 Learn more here: go.nature.com/44fi0MZ

Collaborators showed that upregulated SMURF2 leads to AXIN1 ubiquitination and degradation, thereby facilitating the progression of cardiac #hypertrophy. 🫀

💡 Learn more here: go.nature.com/44fi0MZ