Berro Lab 🔬📏📉💻

Quantitative biology with a particular focus on endocytosis and the actin cytoskeleton @Yale Molecular Biophysics & Biochemistry, and Cell Biology departments

[Berro Lab 🔬📏📉💻 @BerroLab]

Super @Berrolab postdoc Yuan Ren @yren0_0 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! https://t.co/PCoDah0DBR https://t.co/cogSEpGYxi

[Berro Lab 🔬📏📉💻 @BerroLab]

Apply here: https://t.co/p0SQmlOwBI

[Berro Lab 🔬📏📉💻 @BerroLab]

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. https://t.co/p0SQmlOwBI

[Berro Lab 🔬📏📉💻 @BerroLab]

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!

[Berro Lab 🔬📏📉💻 @BerroLab]

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! https://t.co/UFfDocyM46

[Berro Lab 🔬📏📉💻 @BerroLab]

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! https://t.co/UFfDocyM46

[Berro Lab 🔬📏📉💻 @BerroLab]

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! https://t.co/UFfDocyM46

[Yale West Campus @YaleWestCampus]

Julien Berro thinks about the force – particularly around the 'cytoskeleton' scaffold inside our cells. The member of the Yale Nanobiology Institute spoke w/ @CytoskelJournal about the exciting projects that could pave the way to new medical therapeutics: https://t.co/Lww64BCZl9

[Andrea Picco @g_trevize]

Thrilled to launch https://t.co/xjsaij4o9G! 🚀 Empowering research with innovative quantitative microscopy and advanced image analysis solutions. Let’s advance science together! 🔬✨ #ScienceInnovation #Microscopy #Imaging #biology

[Yale Cell Biology @YaleCellBio]

Are you a senior PhD student or recent grad seeking a postdoc opportunity? Apply to SUPR, Yale Cell Biology’s new initiative! Selected applicants will visit Yale to connect with potential mentors! Deadline: 1/10/2025. Apply: https://t.co/1jaACY3YK1

[NIH Common Fund @NIH_CommonFund]

Learn how #NIHHighRisk Transformative Research Awardee Dr. Julien Berro of @YaleWestCampus will lead a team of scientists to build a sensor that can detect mechanical forces between proteins to target diseased cells https://t.co/W0jN59QOvc

[NIH Common Fund @NIH_CommonFund]

With their @NIHDirector’s Transformative Research Award, awardees will pursue groundbreaking science that has the potential to shift traditional scientific paradigms: https://t.co/pccLgw0dlh #NIHHighRisk

[Yale West Campus @YaleWestCampus]

Led by the Yale Nanobiology Institute's Julien Berro, a team of scientists have received an #NIHHighRisk award to build a new sensor to target the mechanical properties of diseased cells https://t.co/VdnCDZqcfj @NIH_CommonFund

[Cytoskeleton Journal @CytoskelJournal]

Are you a #Postdoc or #AssistantProfessor working on the #cytoskeleton? Are you interested in being part of a growing journal? Apply to be on the @CytoskelJournal ASSOCIATE EDITORIAL BOARD. Email your CV to our Editor-in-Chief, Julian Guttman [email protected]:Mar. 6,2024

[Joachim Goedhart @joachimgoedhart]

Like our other web apps, #ezReverse is accessible at:
https://t.co/WHomSVaiCy

[Berro Lab 🔬📏📉💻 @BerroLab]

@joachimgoedhart @DasLab_Pombe @microscopyEd @MLacyPhD Found it: "Incubation with 2.5 µM SiR647 for 15 h achieved a density of labeled Pil1p-SiR ≥15–20%"

[Berro Lab 🔬📏📉💻 @BerroLab]

@joachimgoedhart @DasLab_Pombe @microscopyEd We (i.e. @MLacyPhD) tried to push labeling efficiencies in a previous paper. I forgot the exact number (definitely not close to 100%, more like ~10%). See Supp figure 1
https://t.co/uD6nNDJfDk

[Emma Carley @EmmaNotCarley]

REU student Andras gave an awesome talk this morning on his summer research in the @BerroLab - such a great way to start off the last day of #ABRCMS2023

[Shekhar lab @sshekhr]

📢New publication in Journal of Cell Biology!

Our review on "Mechanisms of actin disassembly and turnover" just out in @JCellBiol!

Written jointly with one and only @BruceLaneGoode!
@EmoryUniversity @emorycollege @BrandeisU
https://t.co/VYtGdWcEPF

[Berro Lab 🔬📏📉💻 @BerroLab]

Another great collaboration with Jie Yang and Yongli Zhang @ZhanglabY !

[Berro Lab 🔬📏📉💻 @BerroLab]

Super @Berrolab postdoc Yuan Ren @yren0_0 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! https://t.co/PCoDah0DBR https://t.co/cogSEpGYxi

[Berro Lab 🔬📏📉💻 @BerroLab]

https://t.co/PCoDah0DBR

[Berro Lab 🔬📏📉💻 @BerroLab]

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

[Berro Lab 🔬📏📉💻 @BerroLab]

Super @Berrolab postdoc Yuan Ren @yren0_0 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! https://t.co/PCoDah0DBR https://t.co/cogSEpGYxi