JCellBiol (@jcellbiol) 's Twitter Profile
JCellBiol

@jcellbiol

The Journal of Cell Biology publishes peer-reviewed research on all aspects of cellular structure and function. Est. 1955 - @RockUPress

ID: 75304043

linkhttp://www.jcb.org calendar_today18-09-2009 15:15:34

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#Centriole docking initiated at different stages in #cilia deconstruction could account for the variety of intermediates observed. From study by Ott and Constable et al. Lippincott-Schwartz Lab Saikat Mukhopadhyay: hubs.la/Q02L7cxN0 #Development #Neuroscience

#Centriole docking initiated at different stages in #cilia deconstruction could account for the variety of intermediates observed. From study by Ott and Constable et al. <a href="/JLS_Lab/">Lippincott-Schwartz Lab</a> <a href="/SaikatCilium/">Saikat Mukhopadhyay</a>: hubs.la/Q02L7cxN0

#Development #Neuroscience
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.Rodal Lab (hubs.la/Q02LVJkn0) show that for 2 different signaling molecules at the #Drosophila neuromuscular junction, #neurons release EVs most likely as a disposal mechanism—not to signal across the #synapse. Spotlight by Bostelman & Broihier: hubs.la/Q02LVGsD0

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The mitochondrial fission and fusion machinery perform competing roles in mitochondrial-derived compartments (MDC) formation. From Wilson Adam Hughes et al showing that MDCs are multilamellar domains that encase membrane cargo and cytosol: hubs.la/Q02L7nV80 #mitochondria

The mitochondrial fission and fusion machinery perform competing roles in mitochondrial-derived compartments (MDC) formation. From Wilson <a href="/Adam_L_Hughes/">Adam Hughes</a> et al showing that MDCs are multilamellar domains that encase membrane cargo and cytosol: hubs.la/Q02L7nV80
#mitochondria
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Overloading the outer mitochondrial membrane (OMM) with membrane proteins induces mitochondrial-derived compartment formation (MDC). From Wilson, Adam Hughes and colleagues showing that MDCs remove surplus proteins from the OMM: hubs.la/Q02L7nd_0 #mitochondria

Overloading the outer mitochondrial membrane (OMM) with membrane proteins induces mitochondrial-derived compartment formation (MDC). From Wilson, <a href="/Adam_L_Hughes/">Adam Hughes</a> and colleagues showing that MDCs remove surplus proteins from the OMM: hubs.la/Q02L7nd_0
#mitochondria
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Ballmer, @bungoakiyoshi.bsky.social Department of Biochemistry at Oxford University WTCCB Cell Biology and colleagues investigate the role of Aurora B in regulating chromosome segregation in Trypanosoma brucei, whose #kinetochores consist of unique proteins. hubs.la/Q02MVpvb0

Ballmer, <a href="/BungoAkiyoshi/">@bungoakiyoshi.bsky.social</a> <a href="/BiochemOxford/">Department of Biochemistry at Oxford University</a> <a href="/WTcell/">WTCCB Cell Biology</a> and colleagues investigate the role of Aurora B in regulating chromosome segregation in Trypanosoma brucei, whose #kinetochores consist of unique proteins. hubs.la/Q02MVpvb0
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Huang, Luo, Peng et al. Zhejiang University find that increases in intracellular lactate induce TFEB lactylation. Lactylation at K91 protects TFEB from WWP2-mediated ubiquitination & proteasomal degradation, thereby enhancing #lysosome activity and #autophagy flux. hubs.la/Q02MVnXT0

Huang, Luo, Peng et al. <a href="/ZJU_China/">Zhejiang University</a> find that increases in intracellular lactate induce TFEB lactylation. Lactylation at K91 protects TFEB from WWP2-mediated ubiquitination &amp; proteasomal degradation, thereby enhancing #lysosome activity and #autophagy flux. hubs.la/Q02MVnXT0
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Coordination of force-generating #actin-based modules stabilizes and remodels membranes in vivo, say Marco Heydecker, Roberto Weigert and colleagues NCI Center for Cancer Research: hubs.la/Q02MbPng0 #Physiology #Cytoskeleton #Organelles

Coordination of force-generating #actin-based modules stabilizes and remodels membranes in vivo, say Marco Heydecker, Roberto Weigert and colleagues <a href="/NCIResearchCtr/">NCI Center for Cancer Research</a>: hubs.la/Q02MbPng0

#Physiology #Cytoskeleton #Organelles
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Image: Low dose of PERK inhibitor GSK’157 aggravates glucose intolerance in diet-induced #obsesity mice. Rai et al. Anne Bertolotti MRC Laboratory of Molecular Biology show that integrated stress response activator halofuginone protects mice from #diabetes-like phenotypes. hubs.ly/Q02Lz7Kb0

Image: Low dose of PERK inhibitor GSK’157 aggravates glucose intolerance in diet-induced #obsesity mice. Rai et al. <a href="/Bertolotti_lab/">Anne Bertolotti</a> <a href="/MRC_LMB/">MRC Laboratory of Molecular Biology</a> show that integrated stress response activator halofuginone protects mice from #diabetes-like phenotypes. hubs.ly/Q02Lz7Kb0
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Chougule (Amit Chougule, PhD), Gardinier Henry Ford Health and colleagues demonstrate that osteocytes’ expression of P2Y2 mediates #actin polymerization and mitigates the anabolic response to fluid flow. hubs.la/Q02N9t9-0 #Cytoskeleton #CellSignaling

Chougule (<a href="/Amit_C90/">Amit Chougule, PhD</a>), Gardinier <a href="/HenryFordHealth/">Henry Ford Health</a> and colleagues demonstrate that osteocytes’ expression of P2Y2 mediates #actin polymerization and mitigates the anabolic response to fluid flow. hubs.la/Q02N9t9-0

#Cytoskeleton #CellSignaling
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Image showing that LEM domain proteins and NE repair factors accumulate near nuclear polyQ aggregates. Korsten, Kapitein and colleagues Utrecht University show that nuclear poly-glutamine aggregates rupture the nuclear envelope and hinder its repair hubs.la/Q02Lz9Jd0

Image showing that LEM domain proteins and NE repair factors accumulate near nuclear polyQ aggregates. Korsten, Kapitein and colleagues <a href="/UniUtrecht/">Utrecht University</a> show that nuclear poly-glutamine aggregates rupture the nuclear envelope and hinder its repair hubs.la/Q02Lz9Jd0
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Our September issue is out! hubs.la/Q02N4zdK0 🔬 The cover shows the heart (cardiac tube) of a 20-day old adult #Drosophila stained with phalloidin (red), while adjacent pericardial cells are marked by dorothy-GFP (green). From Jayati Gera et al (hubs.la/Q02N4zxk0)

Our September issue is out! hubs.la/Q02N4zdK0 
🔬 The cover shows the heart (cardiac tube) of a 20-day old adult #Drosophila stained with phalloidin (red), while adjacent pericardial cells are marked by dorothy-GFP (green). From <a href="/gera_jayati/">Jayati Gera</a> et al (hubs.la/Q02N4zxk0)
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A TMEM24-4.1-SynCAM1 complex at sites of cell–cell contact. From Johnson et al. De Camilli Lab Yale Neuroscience identifying a mechanism that couples cell–cell adhesion to the formation of ER/PM junctions with lipid transport properties: hubs.la/Q02LK1yq0 #CellSignaling #Neuroscience

A TMEM24-4.1-SynCAM1 complex at sites of cell–cell contact. From Johnson et al. <a href="/PDClab/">De Camilli Lab</a> <a href="/YaleNeuro/">Yale Neuroscience</a> identifying a mechanism that couples cell–cell adhesion to the formation of ER/PM junctions with lipid transport properties: hubs.la/Q02LK1yq0

#CellSignaling #Neuroscience
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Near millimolar concentration of #nucleosomes in mitotic #chromosomes from late prometaphase into anaphase. New study from Fernanda Cisneros-Soberanis, Eva Simpson, William Earnshaw et al. WTCCB Cell Biology The University of Edinburgh: hubs.la/Q02MwXcG0 #CellDivision #StructuralBiology #Mitosis

Near millimolar concentration of #nucleosomes in mitotic #chromosomes from late prometaphase into anaphase. New study from Fernanda Cisneros-Soberanis, Eva Simpson, William Earnshaw et al. <a href="/WTcell/">WTCCB Cell Biology</a> <a href="/EdinburghUni/">The University of Edinburgh</a>: hubs.la/Q02MwXcG0

#CellDivision #StructuralBiology #Mitosis
Ogden_Lab 🦔 @labogden.bsky.social (@lab_ogden) 's Twitter Profile Photo

Shout out to Shariq Ansari for having an image from his paper (green) featured on the TOC page of today's issue of JCB! By coincidence, Shariq took an EM selfie the day the image was acquired 🔬 Also shout out to colleague CC_Lab who has a paper in the same issue (blue)!

Shout out to <a href="/Shariqans/">Shariq Ansari</a> for having an image from his paper (green) featured on the TOC page of today's issue of JCB! By coincidence, Shariq took an EM selfie the day the image was acquired 🔬 Also shout out to colleague <a href="/chiluncellbio/">CC_Lab</a> who has a paper in the same issue (blue)!
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Aurora B controls anaphase onset and error-free chromosome segregation in #trypanosomes, say Daniel Ballmer, Bungo Akiyoshi @bungoakiyoshi.bsky.social Department of Biochemistry at Oxford University WTCCB Cell Biology and colleagues: hubs.la/Q02MV3gF0 #Microbiology #Genetics #CellDivision #kinetochores

Aurora B controls anaphase onset and error-free chromosome segregation in #trypanosomes, say Daniel Ballmer, Bungo Akiyoshi <a href="/BungoAkiyoshi/">@bungoakiyoshi.bsky.social</a> <a href="/BiochemOxford/">Department of Biochemistry at Oxford University</a> <a href="/WTcell/">WTCCB Cell Biology</a> and colleagues: hubs.la/Q02MV3gF0

#Microbiology #Genetics #CellDivision #kinetochores
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Lactylation stabilizes TFEB to elevate #autophagy and lysosomal activity, say Yewei Huang, Gan Luo, Kesong Peng, Tianhua Zhou, Pintong Huang, Wei Liu and colleagues Zhejiang University: hubs.ly/Q02MVhfJ0 #Biochemistry #lysosomes

Lactylation stabilizes TFEB to elevate #autophagy and lysosomal activity, say Yewei Huang, Gan Luo, Kesong Peng, Tianhua Zhou, Pintong Huang, Wei Liu and colleagues <a href="/ZJU_China/">Zhejiang University</a>: hubs.ly/Q02MVhfJ0

#Biochemistry #lysosomes
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Model for the coordinated action of the two F-actin modules to control the integration of fused secretory granules. From a study by Heydecker, Weigert and colleagues NCI Center for Cancer Research: hubs.la/Q02MbNyS0 #actin #cytoskeleton

Model for the coordinated action of the two F-actin modules to control the integration of fused secretory granules. From a study by Heydecker, Weigert and colleagues <a href="/NCIResearchCtr/">NCI Center for Cancer Research</a>: hubs.la/Q02MbNyS0
#actin #cytoskeleton
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Purinergic signaling through the P2Y2 receptor regulates osteocytes' mechanosensitivity, say Amit Chougule (Amit Chougule, PhD), Joseph Gardinier Henry Ford Health and colleagues: hubs.la/Q02N9sX80 #Cytoskeleton #CellSignaling

Purinergic signaling through the P2Y2 receptor regulates osteocytes' mechanosensitivity, say Amit Chougule (<a href="/Amit_C90/">Amit Chougule, PhD</a>), Joseph Gardinier <a href="/HenryFordHealth/">Henry Ford Health</a> and colleagues: hubs.la/Q02N9sX80

#Cytoskeleton #CellSignaling