Bipul Acharaya
@bipulacharya.bsky.social
Cell Biologist, Prostate Precision Oncology Program Lead, Cedars Sinai Medical University, LA, USA. Cell Adhesion Signalling, Cytoskeleton, Developmental Oncology Enthusiasts!!!
Reposted by Bipul Acharaya
Just flagging up this conference that I'm helping with.
There will be fantastic speakers in sessions covering Melanoma evolution, microenvironment, host cell interactions, precision immunotherapy, emerging therapeutics and clinical trials / real-world data.
Scan the QR code for full details.
There will be fantastic speakers in sessions covering Melanoma evolution, microenvironment, host cell interactions, precision immunotherapy, emerging therapeutics and clinical trials / real-world data.
Scan the QR code for full details.
October 14, 2025 at 9:40 AM
Just flagging up this conference that I'm helping with.
There will be fantastic speakers in sessions covering Melanoma evolution, microenvironment, host cell interactions, precision immunotherapy, emerging therapeutics and clinical trials / real-world data.
Scan the QR code for full details.
There will be fantastic speakers in sessions covering Melanoma evolution, microenvironment, host cell interactions, precision immunotherapy, emerging therapeutics and clinical trials / real-world data.
Scan the QR code for full details.
Cells in crowded epithelia aren’t chosen at random for extrusion & death — energy levels decide who goes. Great work from Jody Rosenblatt and team shows cells with low energy stay depolarized, triggering K⁺ and Cl⁻ channels, lose water, shrink, and are extruded alive. www.nature.com/articles/s41...
Energy deficiency selects crowded live epithelial cells for extrusion - Nature
Crowded epithelial cells with the least energy and membrane potential are selected for extrusion.
www.nature.com
September 12, 2025 at 4:16 PM
Cells in crowded epithelia aren’t chosen at random for extrusion & death — energy levels decide who goes. Great work from Jody Rosenblatt and team shows cells with low energy stay depolarized, triggering K⁺ and Cl⁻ channels, lose water, shrink, and are extruded alive. www.nature.com/articles/s41...