Members of the Bahmanyar lab are making an impact in the New Haven community through their participation in the Pathways to Science program. Check out this article for more info on the program! bit.ly/3Bqmt4z

WE ARE HIRING! MCDB at Yale is seeking to fill a tenured Associate/Full Professor position. Candidates with interest in investigating outstanding questions in biology at the organismal, cellular or molecular level are encourage to apply. Apply at apply.interfolio.com/154825

Excited to share our work in Journal of Cell Biology! Huge thanks to everyone who contributed. Discovering this lipid transport protein localized between Golgi cisternae was a fascinating and unexpected finding! 👀 #CellBiology #Golgi #LipidTransport De Camilli Lab

The 2024 Development PI fellows had a chance to share our thoughts on some exciting frontiers in #DevBio. Organoids, plants, regeneration, climate change, tissue mechanics...check out all that and more in our new perspective article!

Great review! 👏

Beautiful!! 🤩

Happy #FluorescenceFriday! 🔬🌟 Here’s a 4x expansion microscopy image with hoechst(🧬) and a NUP marker. The denaturation step made NUP marker non-specific, but also gave me a really cool image! #Mitosis #Microscopy

Yale has renewed its Scholars At Risk program for 2025. If you’re a PhD scientist facing violence or persecution in your home community, you can get a funded position to work at Yale University or Yale School of Medicine for up to two years. Nominations due Dec 1. world.yale.edu/resources/scho…

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: medicine.yale.edu/cellbio/postdo…

Excited to share our lab's first preprint: we used spatial transcriptomics to dissect how aging disrupts the cycling ovary! 🧵 This was an incredible team effort w/ Jennifer Garrison Tammy Lan David Fischer AlisonKochersberger Ruth Raichur Sophia Szady

The interkinetic envelope is a novel organelle, superficially reminiscent of the nuclear envelope, and which progressively assembles at the surface of the segregating chromosomes during interkinesis in oocytes. New from El Mossadeq Layla, Dumont et al. Institut Jacques Monod: hubs.la/Q030ZWl10

How are cells in living tissues different from those in a dish? This question has puzzled scientists for decades. In our new preprint, we studied C. elegans roundworms to uncover how cells maintain unique internal environments. The results surprised us. biorxiv.org/content/10.110…

Our latest study on nuclear deformations in microgrooves is finally out! doi.org/10.1002/advs.2… All you need to know below 👇

New research by Anbang Dai Peng Xu, Chase Amos, Andrés Guillén Samander, & others from the De Camilli Lab identifies BLTP2 as a bridge 🌉 between the endoplasmic reticulum & plasma membrane, enabling bulk lipid transport!🛒 Read the pre-print bioRxiv 👇 biorxiv.org/content/10.110…

#NIH

Interested in nuclear #mechanobiology, and how advanced genomic tools can shed light on how the cell nucleus might sense mechanical forces? Read our latest review by excellent Julien Morival and Anna Hazelwood, now published J Cell Science: journals.biologists.com/jcs/article-ab…

“If we cut or limit funding for curiosity-driven research, we risk shutting down the pipeline of future innovation,” writes Carole LaBonne of Northwestern. trib.al/ib8QF3Z

Fresh off the press in Nature Methods In this highlight video, Siyuan (Steven) Wang and Yubao Cheng at Yale University unveil a powerful new platform to decode 3D genome architecture. Perturb-tracing IDs new regulators of chromatin organization at multiple length scales. youtu.be/oR63uI8feWs

How do altered levels of lamins and other nuclear envelope proteins contribute to cancer metastasis, and how does this relate to #mechanobiology? Learn more in our recent review by Sarah Henretta now out in npj Journals - biological physics and mechanics (doi.org/10.1038/s44341…).

New study showing the development of pan-Expansion Microscopy by Morgan, King et al. Yale School of Medicine to reveal the molecular composition and structural plasticity of individual nuclear pore complexes including LINC complex-dependent dilation. hubs.ly/Q03rSGym0