AJP-Cell Physiology

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Let's see how #Plasma apelin affects #exercise in this @UniOulu article, Apelin regulates #skeletal muscle adaptation to exercise in a high-intensity interval #training model (Teemu Kilpiö et al.): ow.ly/FwTk51063Bq

Today's article is a @UMassAmherst & @karolinskainst collab! New insights into the cellular and molecular mechanisms of #skeletal muscle #fatigue: the Marion J. Siegman Award Lectureships (Edward P. Debold and Håkan Westerblad): ow.ly/ipvB5104Zqp

This APSselect paper is from @UToledoMed and @UCSDMedSchool! Clinical and physiological effects of high-intensity #aerobic #training on metabolic syndrome: understanding the individual #exercise response variability (Alfonso Moreno-Cabañas et al.): ow.ly/xmaP5104gRb

More to learn about #obesity in today's article, Renoprotective effects of #empagliflozin in high-fat diet-induced obesity-related #glomerulopathy by regulation of gut-kidney axis (Lei Lei et al. @sysu_1924): ow.ly/GaqQ5103Hhp

New #cancer research from @UofSC, Decreased skeletal #muscle intramyocellular #lipid droplet-mitochondrial contact contributes to #myosteatosis in cancer #cachexia (Thomas D. Cardaci et al.): ow.ly/Saex5102UHR

New @AJPCellPhys study advances our understanding of the role of CDH11 in AT2s and #lung #fibrosis and stresses the importance of future translational studies in patients with #fibrotic diseases. ow.ly/rvn75102tRW #Fibrosis #Cadherin11

Today's article is thanks to a great group of @UofMaryland authors! Junctions at the crossroads: the impact of mechanical cues on #endothelial cell-cell junction conformations and #vascular permeability (Ken D. Brandon et al.): ow.ly/p3kR51022f9

More #aging research in this @UMassAmherst article, Effects of age on human #skeletal muscle: a systematic review and meta-analysis of myosin heavy chain isoform #protein expression, #fiber size, and distribution (Christopher Lee et al.): ow.ly/8NwB5101ir5

From C. Y. Perrot et al., @USFHealthMed, Mast-cell expressed membrane #protein 1 is expressed in classical monocytes and alveolar macrophages in idiopathic pulmonary #fibrosis and regulates cell chemotaxis adhesion and migration in a TGFβ-dependent manner ow.ly/IvrS50ZZFLe

Can #diabetes treatment help with heart failure? Find out in this article, Mechanisms of #heart failure and chronic kidney disease protection by #SGLT2 inhibitors in #nondiabetic conditions (Adriana C. C. Girardi et al @usponline): ow.ly/76sg50ZYTUw

Check out the #OpenAccess research on #exercise from @OSUWexMed, Exercise as a tool to mitigate metabolic disease (Joao Victor Esteves and Kristin I. Stanford): ow.ly/hct650ZXy2E

Great #pregnancy research in this review article, Implications of pregnancy on cardiometabolic #disease risk: preeclampsia and gestational #diabetes (Mona Elgazzaz et al. @MCG_AUG): ow.ly/z6sp50ZWNXM

New #MASLD review article thanks to these great @medanta authors, Pathophysiological underpinnings of #metabolic dysfunction-associated steatotic #liver #disease (Mohammad Shafi Kuchay et al.): ow.ly/uuTM50ZVnX7

Check out some important #cancer research from @USC, #Ketone bodies in cell #physiology and cancer (Giacomo Giuliani and Valter D. Longo): ow.ly/Ohil50ZUqie

If you want to learn more about #ketones then we have the article for you! The #therapeutic potential of ketones in #cardiometabolic disease: impact on #heart and skeletal muscle (Shubham Soni et al. @UAlberta): ow.ly/6I5i50ZT2oP

We're closing out the month with another great article! From the @NIH, The TIMP #protein family: diverse roles in #pathophysiology (Sasha Coates-Park et al.): ow.ly/6HiW50ZSbNF

Love chocolate? Then check out this article, #Cocoa #flavanols, Nrf2 activation, and oxidative #stress in peripheral artery disease: mechanistic findings in #muscle based on outcomes from a randomized trial (Ahmed Ismaeel et al. @universityofky): ow.ly/rvLb50ZQwke

We're looking at the effects of #exercise on muscles in this article, Human skeletal #muscle possesses an epigenetic #memory of high-intensity interval #training (Andrea M. Pilotto et al. @unipv): ow.ly/ckW950ZPC3A

There's more #diabetes research coming out of @ZJU_China, Paeoniflorin confers #ferroptosis resistance by regulating the gut microbiota and its #metabolites in diabetic #cardiomyopathy (Haowei Wu et al.): ow.ly/ojiO50ZOgpp

Today's highlighted article is brought to us thanks to an amazing team of @Univ_Toulouse authors! BEST4+ cells in the intestinal #epithelium (Tania Malonga et al.): ow.ly/5SnE50ZNeim