Carolina Trenado

Damon Runyon Fellow at @Princeton in the Nelson, Datta and Wingreen Labs.

[Carolina Trenado @ctrenado_yuste]

New review alert with @celestemnelson🚨! Fuel, form, and memory: The motility-driven journey of cancer cells.
Link: https://t.co/gOMDaxg7Om

[Nature Reviews Physics @NatRevPhys]

On the growth and form of bacterial colonies https://t.co/vGJTRzpc6s

[Datta Lab @TheSquishyLab]

Excited to release our latest work, led by @almcalvo: https://t.co/1krxJjgK48!

Here, we characterize the rich dynamics of surface-attached "active drops", and develop principles to predict & control their shape and motion (morphodynamics). 💧🦠

Tweetorial follows... [1/6]

[Tzer Han Tan @tzerhan29]

Unexpectedly running into @ctrenado_yuste @almcalvo yet again, great catching up! @hbozhao

[Hongbo Zhao @hbozhao]

It was a great pleasure to present some recent work and personal stories on how I got introduced to the field of biophysics. so excited to be a part of the UCSD biophysics community.

[Tissue Morphodynamics Group @celestemnelson]

This is (some of) us at #BMES2024.

A mathematician, several physicists, chemical engineers, mechanical engineers, bioengineers, biologists, and a music major! Embracing multidisciplinary research. ❤️🫁🐭🐓🦎🦀

@EPrinceton @BMESociety

[Tissue Morphodynamics Group @celestemnelson]

Last but not least, @ctrenado_yuste and Maryam Kohram will share their latest breakthroughs in predicting cancer cell behavior #BMES2024. Hope to see you there!

[Datta Lab @TheSquishyLab]

Getting to be a part of the Physiology course as a faculty instructor (along with the amazing @almcalvo @ctrenado_yuste @sesgonzalez as TAs) was a real treat!

It was intense, exciting, and inspiring.

Thank you to @brangwynnelab and @GladfelterLab for your amazing leadership.

[Alejandro Martínez Calvo @almcalvo]

📢Excited to share our latest work @NatureComms: https://t.co/37YNONykgS. Here, we show that minimal elastohydrodynamic networks can exhibit rich, emergent collective phenomena, such as memory effects! We term this element a 'fluidic memristor' (tweetorial below).

[brangwynnelab @brangwynnelab]

Many @Princeton folks are @ #MBLPhysiology @MBLScience this summer! Including Phys co-Dir &PU alum @GladfelterLab & @omenndarlingbio buddies @TheSquishyLab @DJCohenEtAl @jerelleaj @LabPetry @ctrenado_yuste @almcalvo @sesgonzalez @nimajaberi_ @evangelosgg @yoonj_k @RanaUshnish

[Carolina Trenado @ctrenado_yuste]

Check out this amazing news piece from @PrincetonMolBio about our work in Dev. Cell! 📷🫁🐭
Link @CellPressNews: https://t.co/a6iTkD2gM6

[Princeton MolBio @PrincetonMolBio]

Sacculation🛍️. The penultimate stage of lung🫁 development. In Dev Cell @CellPressNews researchers in the Devenport and Nelson labs show how planar cell polarity proteins work in the mesenchyme to prepare lungs for their first breath. https://t.co/kmXktd5l0Q

[Alejandro Martínez Calvo @almcalvo]

👇This was a really wonderful @phybiofunc/@ITSCUNY1 symposium!🦠Many thanks to the speakers @RohwerLabSDSU, Ami Bhatt, and Nuno Oliveira; and Princeton colleagues @ahmed_alharraq, @ctrenado_yuste, and Ned Wingreen for co-organizing!

[Datta Lab @TheSquishyLab]

This criterion quantitatively captures all the experimental data [state diagram below]. Thus, not only does our work reveal a pivotal role of polymers in shaping bacterial life—it also yields a simple biophysical rule to predict & control this form of colony morphogenesis! [9/10]

[Andrea Giometto @AndreaGiometto]

🙏RT! Funded postdoc in our group @Cornell @CornellEng on biophysics of cell size evolution in collaboration with @MarcoFumasoni @IGCiencia at the intersection of Soft Matter and Cell Biology. Reach out! @ApsDbio @ApsDsoft @ASCBiology @ASMicrobiology @HFSP https://t.co/VGSp9PJbi3

[Pulmonary Cell News @pulmonary_news]

In this @Dev_Cell study, Drs. @parahsaramore, @ctrenado_yuste, @celestemnelson, Danelle Devenport, & team show that Vangl1/2 is required in the lung mesenchyme for sacculation.

💬 More here: https://t.co/89tviIxr9s

[Sarah Paramore, PhD @parahsaramore]

So pleased to announce that the first chunk of my graduate work is out now in @Dev_Cell 🫁🐭🔬 here we investigated the role of the planar cell polarity complex in lung sacculation, identifying a PCP-independent role for Vangl in the pulmonary mesenchyme https://t.co/UgEFcqxLT9

[Princeton Engineering @EPrinceton]

Wishing you and yours happy and healthy holidays, from @Princeton Engineering. Thanks to Carolina Trenado Yuste and Alejandro Martinez-Calvo, working in @TheSquishyLab, for letting us film their culture of blue-green algae for this video. The bright green color is chlorophyll.

[Carolina Trenado @ctrenado_yuste]

How beautiful it is to go to a museum and find this stunning lung artwork! 🫁 #KitPaulson

[Carolina Trenado @ctrenado_yuste]

It was a pleasure talking about cancer cell motility🔬and my scientific journey today at Princeton University Biological Sciences Society 👩🏼‍🔬👩🏻‍🎤

[Carolina Trenado @ctrenado_yuste]

@fbsisti Gracias! 🦠