Mechanical regulation of glycolysis via cytoskeleton architecture

RT @OndrejDrKucera: This work shows an interesting link between the #cytoskeleton and #glycolysis. The 17 months this paper was under revie…

RT @CRI_UTSW: New research out today from @gdanuser1 & @RJDLab in @nature found mechanical forces regulate epithelial cell metabolism. Sti…

RT @NatureBiotech: Cell mechanics regulate glycolysis https://t.co/sjsBlEpsYl #NBThighlight @gdanuser1

RT @NatureBiotech: Cell mechanics regulate glycolysis https://t.co/sjsBlEpsYl #NBThighlight @gdanuser1

RT @NatureBiotech: Cell mechanics regulate glycolysis https://t.co/sjsBlEpsYl #NBThighlight @gdanuser1

RT @NatureBiotech: Cell mechanics regulate glycolysis https://t.co/sjsBlEpsYl #NBThighlight @gdanuser1

Cell mechanics regulate glycolysis https://t.co/sjsBlEpsYl #NBThighlight @gdanuser1

RT @Samanthastehbe2: Excited to see this work out in press. Cancer cell glycolysis fails to respond to mechanical cues. #ecm #matrix

RT @BarbMarte: New work from the Danuser and DeBerardinis labs showing mechanical regulation of metabolism https://t.co/RKxTKZH9CR

New work from the Danuser and DeBerardinis labs showing mechanical regulation of metabolism https://t.co/RKxTKZH9CR

RT @Alexis_Lomakin: ‼️‼️‼️Linking cell metabolism to cell architecture from @gdanuser1 https://t.co/o7mRwQeigU

RT @DenizSenyilmaz: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/z3Oy8XI7c9

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

Two WTF papers for today 1. Cytoskeletal architecture regulates glycolysis - from @gdanuser1 & co. https://t.co/3800CYabOI 2. ECM mechanical cues regulate lipid metabolism https://t.co/HmfJsc6nUe

RT @ManuelTHERY: To be read in parallel with Romani's paper on the mechanical regulation of lipid synthesis. https://t.co/SQpVIPYhO0

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

To be read in parallel with Romani's paper on the mechanical regulation of lipid synthesis. https://t.co/SQpVIPYhO0

Mechanical regulation of glycolysis via cytoskeleton architecture https://t.co/zpYAZN2gLk

RT @OndrejDrKucera: This work shows an interesting link between the #cytoskeleton and #glycolysis. The 17 months this paper was under revie…

Mechanical regulation of cell metabolism (glycolysis)! https://t.co/HudEMuKIqW

RT @DonIngber: Exciting work linking physical structure to clinically relevant biochemical function in cancer cells via mechanobiology and…

This work shows an interesting link between the #cytoskeleton and #glycolysis. The 17 months this paper was under review suggest that I am not the only one who has had many questions.

RT @ThomasBertero: In July 2017 we sent this paper Tumor-Stroma Mechanics Coordinate Amino Acid Availability to Sustain T... ttps://www.sci…

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

RT @Samanthastehbe2: Excited to see this work out in press. Cancer cell glycolysis fails to respond to mechanical cues. #ecm #matrix

RT @Samanthastehbe2: Excited to see this work out in press. Cancer cell glycolysis fails to respond to mechanical cues. #ecm #matrix

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

In July 2017 we sent this paper Tumor-Stroma Mechanics Coordinate Amino Acid Availability to Sustain T... ttps://www.sciencedirect.com/science/article/pii/S1550413118305771 @nature that was directly rejected. Happy that 3years later, @nature like the conce

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

RT @Samanthastehbe2: Excited to see this work out in press. Cancer cell glycolysis fails to respond to mechanical cues. #ecm #matrix https:…

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

Excited to see this work out in press. Cancer cell glycolysis fails to respond to mechanical cues. #ecm #matrix

RT @CRI_UTSW: New research out today from @gdanuser1 & @RJDLab in @nature found mechanical forces regulate epithelial cell metabolism. Sti…

RT @tadastic: Congrats to Jin for this excellent work and proud to be part of it! Stiffness matters.

RT @L_I_B: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/HaPbUcdywo 機械刺激低下でストレスファイバーからユビキチンリガーゼが…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/HaPbUcdywo 機械刺激低下でストレスファイバーからユビキチンリガーゼがリリースされて解糖系酵素PFKを分解して解糖系下げると

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

‼️‼️‼️Linking cell metabolism to cell architecture from @gdanuser1 https://t.co/o7mRwQeigU

#Mechanics regulates #metabolism, good morning!

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @tadastic: Congrats to Jin for this excellent work and proud to be part of it! Stiffness matters.

Cool finding! Reminds me of an interesting observation T cell people have seen where T cells don’t typically move and make IFN-g at the same time. Moreover, IFN-g production itself is thought to be regulated glycolytic machinery in T cells https://t.co/3va

now dying of curiosity about whether gastrulation establishes "sectors" of distinct patterns of metabolism.

RT @CRI_UTSW: New research out today from @gdanuser1 & @RJDLab in @nature found mechanical forces regulate epithelial cell metabolism. Sti…

RT @tadastic: Congrats to Jin for this excellent work and proud to be part of it! Stiffness matters.

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

RT @CRI_UTSW: New research out today from @gdanuser1 & @RJDLab in @nature found mechanical forces regulate epithelial cell metabolism. Sti…

Publication in @nature | The transfer of bronchial epithelial cells from stiff to soft substrates caused a downregulation of #glycolysis. https://t.co/eS69jE4KKE https://t.co/HC3dPmv8BM

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @dakota_jones2: Awesome new paper from the Danuser group showing rigid substrates drive glycolysis through modulating levels of PFK. Giv…

RT @dakota_jones2: Awesome new paper from the Danuser group showing rigid substrates drive glycolysis through modulating levels of PFK. Giv…

RT @CRI_UTSW: New research out today from @gdanuser1 & @RJDLab in @nature found mechanical forces regulate epithelial cell metabolism. Sti…

Awesome new paper from the Danuser group showing rigid substrates drive glycolysis through modulating levels of PFK. Given the interplay of metabolism <-> epigenetics, another piece to the puzzle of how mechano-events regulate the epigenome?? https:/

RT @DonIngber: Exciting work linking physical structure to clinically relevant biochemical function in cancer cells via mechanobiology and…

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

Probably true for pancreatic cancer too... Do they also change cancer initiating cell profile? @nature https://t.co/MNChzwwDyg

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @DonIngber: Exciting work linking physical structure to clinically relevant biochemical function in cancer cells via mechanobiology and…

RT @wyssinstitute: New research published in @nature from Wyss Associate Faculty member Chris Chen, "Mechanical regulation of glycolysis vi…

Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/z3Oy8XI7c9

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

Exciting work linking physical structure to clinically relevant biochemical function in cancer cells via mechanobiology and the cytoskeleton.

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

Nice work linking metabolism and mechanics!

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

RT @CRI_UTSW: New research out today from @gdanuser1 & @RJDLab in @nature found mechanical forces regulate epithelial cell metabolism. Sti…

Congrats to Jin for this excellent work and proud to be part of it! Stiffness matters.

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

RT @KatsuFunai: Mechanical regulation of glycolysis via cytoskeleton architecture https://t.co/COXWw7t3fi https://t.co/kYPCIKbi5H

RT @GyPrak: Mechanical regulation of metabolism, interesting work

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @KatsuFunai: Mechanical regulation of glycolysis via cytoskeleton architecture https://t.co/COXWw7t3fi https://t.co/kYPCIKbi5H

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @GyPrak: Mechanical regulation of metabolism, interesting work

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

Fascinating work uncovering links between cellular mechanotransduction and metabolism. Makes you wonder about mechanisms of metabolic remodelling in failing hearts. https://t.co/mScdmNz7XS

Mechanical regulation of metabolism, interesting work

Mechanical regulation of glycolysis via cytoskeleton architecture https://t.co/COXWw7t3fi https://t.co/kYPCIKbi5H

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @FrezzaLab: Mechanical regulation of glycolysis via cytoskeleton architecture | Nature https://t.co/CBCfD75mOD

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…

RT @RJDLab: Congratulations Jin and @gdanuser1!!!! Awesome watching this story unfold from Jin, a phenomenal grad student in the Danuser la…