The Berro lab

The Berro lab

@berrolab.bsky.social

Mechanobiology, actin, endocytosis @Yale

440 followers347 following18 posts

Pinned

We are recruiting two experimentalists with interests 1) in stem cells, organoids and/or immune cells, and/or 2) in protein and/or cell engineering, to work on mechanobiology projects and develop the next generation of force sensors and force transducers. forms.gle/zKLGsPzpJoLf...

The Berro lab reposted

We have just launched a #callforpapers for our new #specialissue in #CYTOSKELETON on "CELLULAR RECONSTITUTION". Submission deadline is June 1, 2027. It is #FREE to publish in CYTOSKELETON. No page charges. No figure charges. No colour charges.

The Berro lab reposted

Sometimes you just don't want to deal with bacteria culture and prep - Addgene now delivers DNA ready to go! 🧬🚀 Check it out: www.addgene.org/dna-service/

addgene.orgAddgene: DNA Service - Transfection-Ready DNASave time with Addgene's Transfection-Ready DNA service and order ready-to-pipette DNA from over 27,000 plasmids.
Addgene@addgene.bsky.social

Excited to announce the launch of Transfection-Ready DNA — giving academic and industry researchers access to 27,000+ plasmids from Addgene's trusted repository as high-purity, NGS sequence-verified DNA. Read the press release: https://twp.ai/4hvlXn #Plasmids #Transfection

The Berro lab reposted

The Berro lab reposted

Replying to @jcb.org

Author Tom Pollard: “I hope readers will enjoy movies from our 1970 JCB paper showing dramatic cytoplasmic movements in cell-free extracts. Electron micrographs in the paper related these movements to the assembly of actin filaments. This addendum is a tribute to my very generous mentor Sus Ito.”

The Berro lab reposted

#Addendum to 1970 paper, “CYTOPLASMIC FILAMENTS OF AMOEBA PROTEUS: I. The Role of Filaments in Consistency Changes and Movement,” includes eight video sequences originally recorded on 16-mm films. No technology was available at the time to include this data. 🎞️ rupress.org/jcb/article/... #Actin

The Berro lab reposted

If you’re interested in exploring the relationship between chromatin organization and epigenetic memory using chromatin tracing microscopy, my group is recruiting a talented PhD student 🥳

🚨 Please share! We are seeking motivated PhD students who wish to work at the intersection of molecular life sciences and computational sciences. #IMPRS #IMPRSBAC @freieuniversitaet.bsky.social @maxplanck.de Check out our projects and apply by Jan 7th, 2026! www.molgen.mpg.de/IMPRSPhDproj...

The Berro lab reposted

Replying to @jeremymberg.bsky.social

Here is NIGMS. This reflects Jon Lorsch's push away from R01s and toward MIRA awards (R35s). While there are some advantages to the R35 mechanism, there are downsides to "putting all of your eggs in one basket" as some discovered this year. 8/n

The Berro lab reposted

Just a few days left to register to the next FYIM workshop on modeling in cell biology and AI! Experimentalists and modelers at all career stages are welcome!

The Berro lab@berrolab.bsky.social

The registration for the FYIM workshop on Modeling in the age of AI is now live! sites.google.com/uci.edu/2025...

The Berro lab reposted

The registration for the FYIM workshop on Modeling in the age of AI is now live! sites.google.com/uci.edu/2025...

The Berro lab@berrolab.bsky.social

Wondering how/whether AI can be helpful in your mathematical models in cell biology? Whether you are a biologist, physicist, engineer, mathematician, or computer scientist, join us for the next Finding Your Inner Modeler, August 7-8 at UC Irvine! Registrations open soon!

The registration for the FYIM workshop on Modeling in the age of AI is now live! sites.google.com/uci.edu/2025...

The Berro lab@berrolab.bsky.social

Wondering how/whether AI can be helpful in your mathematical models in cell biology? Whether you are a biologist, physicist, engineer, mathematician, or computer scientist, join us for the next Finding Your Inner Modeler, August 7-8 at UC Irvine! Registrations open soon!

Wondering how/whether AI can be helpful in your mathematical models in cell biology? Whether you are a biologist, physicist, engineer, mathematician, or computer scientist, join us for the next Finding Your Inner Modeler, August 7-8 at UC Irvine! Registrations open soon!

The Berro lab reposted

Exciting opportunity for Graduate student trainees in cytoskeletal research! Apply to be a Cytoskeleton Scholar! 🌟 Selected by the Associate Editorial Board, scholars will gain recognition & networking opportunities. (1/4)

Despite countless rejected grant applications, tireless efforts of super postdoc (and soon to be faculty) Yuan Ren, in collaboration with Jie Yang from Yongli Zhang’s lab, and many collaborators, made the magic happen!

Since our sensors do not use a FRET reporter, they are very small and can be inserted in virtually any protein without disrupting its function. We and collaborators have inserted them in 20+ proteins in fungi, nematodes and mammals, with ~90% success!

Here's the link to his paper on force gradients published last week: www.science.org/doi/10.1126/...

The Berro lab@berrolab.bsky.social

Super @berrolab.bsky.social postdoc Yuan Ren is on fire! After publication of his paper on force gradients on endocytic Hip1R homologue End4 last week, his new preprint shows how End4 deals with forces like a mini-talin! www.biorxiv.org/content/10.1...

And he's on the job market this cycle 😉!

The Berro lab@berrolab.bsky.social

Super @berrolab.bsky.social postdoc Yuan Ren is on fire! After publication of his paper on force gradients on endocytic Hip1R homologue End4 last week, his new preprint shows how End4 deals with forces like a mini-talin! www.biorxiv.org/content/10.1...

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