Mechanical regulation of glycolysis via cytoskeleton architecture

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

How changes in the cellular cytoskeleton prompted by stiffness changes in the environment cause migrating cells to alter their metabolism. Cool stuff from the Danuser lab. https://t.co/CjESBUZPoB

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

RT @SFRR_Europe: https://t.co/iC5EO3MfG6

RT @drpascalmensah: Really interesting work. https://t.co/ZfP18XhKNu

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

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

RT @ManuelTHERY: My fav part of the recent study linking cell mechanics and metabolism is in the supplementary information: the spatial dis…

https://t.co/N2kCzKh5o2

Really cool paper showing mechanical regulation of epithelial cell metabolism via matrix stiffening

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

Mechanical regulation of glycolysis via cytoskeleton architecture https://t.co/n5G7ONCWQX

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

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

RT @JBorniger: Wow really interesting biology I’ve never really thought about

Wow really interesting biology I’ve never really thought about

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

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

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…

Mechanical regulation of glycolysis via cytoskeleton architecture. | Nature | https://t.co/WtOPaJ6OEh

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

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

RT @ManuelTHERY: My fav part of the recent study linking cell mechanics and metabolism is in the supplementary information: the spatial dis…

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

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

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 @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 @SFRR_Europe: https://t.co/iC5EO3MfG6

Mechanical cues altering #metabolism. #mechanobiology is like an unopened box full of candies | ⁦@nature⁩ https://t.co/roF8enAnIz

#mechanical regulation of cell metabolism @nature https://t.co/lJNh3Z7MGz

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

RT @leacyej: Actin & GAPDH are CANCELLED

Actin & GAPDH are CANCELLED

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

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

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

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

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

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

RT @ManuelTHERY: My fav part of the recent study linking cell mechanics and metabolism is in the supplementary information: the spatial dis…

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

Chapeau! Nice work. Mechanical regulation of glycolysis via cytoskeleton architecture https://t.co/V2dEvYyXMN

Jin (first author) is a Cancer Biology Graduate program alum!. Nice work Jin! @UTSWCancerBio

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…

Really interesting work.

Interesting to see (regulation of) metabolism linked to material properties of biomass!

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

When form is function: stress fibres sequester TRIM21 which can degrade phosphofructokinase -> changing the stiffness of the substrate can regulate a cell's rate of glycolysis. Brilliant. https://t.co/nRG7fkT45J

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

February is looking like a great month for science, several interesting articles this month. Here one of them showing the how the surface stiffness governs the metabolism of the cells

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

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

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

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…

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

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…

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

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

More evidence on the role of #glycolysis in cell #mechanics

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

Awesome paper linking PFK stability to cell architecture

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

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…

RT @ManuelTHERY: My fav part of the recent study linking cell mechanics and metabolism is in the supplementary information: the spatial dis…

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

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

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

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

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

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

RT @ManuelTHERY: My fav part of the recent study linking cell mechanics and metabolism is in the supplementary information: the spatial dis…

RT @ManuelTHERY: My fav part of the recent study linking cell mechanics and metabolism is in the supplementary information: the spatial dis…

RT @tadastic: Congrats to Jin for this excellent work and proud to be part of it! Stiffness matters. https://t.co/YLmI0tJdTj

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

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

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

My fav part of the recent study linking cell mechanics and metabolism is in the supplementary information: the spatial distribution of the rate limiting metabolic enzyme PFK in the core of lung tumours 😍 https://t.co/Kz0Dv4ymS0 https://t.co/tlQ5YJnnbJ

https://t.co/iC5EO3MfG6