RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @BarbMarte: new out in Nature: https://t.co/FRmed7mwPG
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @BarbMarte: new out in Nature: https://t.co/FRmed7mwPG
RT @BarbMarte: new out in Nature: https://t.co/FRmed7mwPG
RT @BarbMarte: new out in Nature: https://t.co/FRmed7mwPG
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
Extracellular fluid viscosity enhances cell migration and cancer dissemination. https://t.co/ELhflm5L95
My first co-authored article from my PhD is out in @Nature today🥳🥳.I am extremely grateful to be a part of this project at @KKLabJHU . Kudos to @KaustavBera11 and the whole team for making this possible🍻🍻.
Extracellular fluid viscosity enhances cell migration and cancer dissemination | Nature https://t.co/8hB30jYKSJ
RT @BarbMarte: new out in Nature: https://t.co/FRmed7mwPG
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @BarbMarte: new out in Nature: https://t.co/FRmed7mwPG
Thank you! Always eager to do exciting science
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @AnsethGroup: Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes…
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @BarbMarte: new out in Nature: https://t.co/FRmed7mwPG
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
Exciting stuff: 1. extracellular viscosity regulates cell motility (high viscosity, enhanced motility) 2. Cells keep a viscosity memory #mechanotransduction #mechanobiology https://t.co/XOcyCv1H5R https://t.co/u2lgvwWosO
Extracellular fluid viscosity enhances cell migration and cancer dissemination | Nature https://t.co/EZSlA05q9o
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @BarbMarte: new out in Nature: https://t.co/FRmed7mwPG
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @mistrigr: We are delighted to share our exciting work led by @KKLabJHU and @KaustavBera11!!
RT @BarbMarte: new out in Nature: https://t.co/FRmed7mwPG
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @Tabdanov: Extracellular fluid viscosity enhances cell migration and cancer dissemination | Nature https://t.co/DSiQTRYVuO
Our newest postdoc, @KaustavBera11, published today in Nature — he investigated how cells respond to physiological changes in extracellular fluid viscosity. We’re so excited for what he does next! https://t.co/iKGl9GMgvA
RT @mistrigr: We are delighted to share our exciting work led by @KKLabJHU and @KaustavBera11!!
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @mistrigr: We are delighted to share our exciting work led by @KKLabJHU and @KaustavBera11!!
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
This is really a exciting known unknown! 😝😝😝
Extracellular fluid viscosity enhances cell migration and cancer dissemination | Nature https://t.co/DSiQTRYVuO
Whoa!
new out in Nature: https://t.co/FRmed7mwPG
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
Amazing! Can’t wait to read it! Congratulations to the authors!
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
It was so fun to team up with @KaustavBera11 on this work! Thank you for the opportunity to collaborate. Extracellular high viscosity causes cancer cell mobility and propagation, now out in @Nature by @KaustavBera11 & @KKLabJHU.
RT @KaustavBera11: Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngine…
Elevated viscosity of extracellular fluid counterintuitively increases cell motility and imprints mechanical memory to tumor cells enabling more efficient dissemination. @KKLabJHU @KaustavBera11 https://t.co/OLrkndwQjQ
For a more detailed overview of the findings in our @Nature paper follow this thread from my recent graduate @KaustavBera11 who is now a postdoctoral associate @AnsethLab
RT @mistrigr: We are delighted to share our exciting work led by @KKLabJHU and @KaustavBera11!!
We are delighted to share our exciting work led by @KKLabJHU and @KaustavBera11!!
Beyond excited for my first-author article, now out in @Nature! In my PhD @KKLabJHU @INBT_JHU @JHU_ChemBE @HopkinsEngineer in #cancer #mechanobiology, I studied how extracellular viscosity affects cells & found some astounding & counterintuitive re
Thrilled to share our work in @Nature showing elevated viscosity counterintuitively increases cell motility and imprints mechanical memory in tumor cells enabling them to disseminate more efficiently in vivo! Thanks to #NCI, @KaustavBera11, @SXS_biophysics