
Dyche Mullins et al.
@mullinslab
Cell Biologist at UCSF. Interested in molecular self-assembly, evolutionary cell biology, scientific publishing reform, and yes, Russian poetry.
ID: 2680341006
25-07-2014 19:58:08
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I am very excited to read this new preprint from Sonja-Verena Albers !! biorxiv.org/content/10.110…


High-speed capture of blood flow in a larval zebrafish. Credit to Julien Rességuier 🇪🇺 🇫🇷 🇳🇴. #ZebrafishZunday





#newPI I'm here to talk about methane-producing archaea! Marine Biological Laboratory (MBL)



Archaeal Cell Biology working group 2024 The Real Mullins Lab Dyche Mullins et al. @A_CharlesOrszag



Thrilled to announce the Lawrence Lab will open its doors within UCLA Biological Chemistry UCLA Biological Chemistry in January 2025! I couldn’t be more excited!

Visualizing moth wing scale development with Kyle A DeMarr from Dyche Mullins et al. on Alfred Millett-Sikking's AIRR snoutscope today! Using a 1.3 oil-immersion lens to image >100 um deep past the moth's cuticle. Absolutely gorgeous biology and microscopy.


Congratulations to CMP Assistant Professor Jeannette Tenthorey (Jeannette Tenthorey) for receiving the NIH Director's New Innovator (DP2) Award! UC San Francisco UCSF School of Medicine UCSF CMP



Two-chambered heart of a live zebrafish embryo. Credit to Rashmi Priya. #ZebrafishZunday


The high point of any graduate program retreat has to be the Booth-Buchwalter cocktail party. Young faculty like this give me hope for the future. David Booth @abbybuch


Lovely analysis by Dyche Mullins et al. of a somehow underrated effect: Membrane tethering reduces molecular diffusion from 3D to 2D, which can accelerate local actin polymerization. Super important when contemplating 3D in vitro metrics in cellular context! biorxiv.org/content/10.110…

