Dyche Mullins et al. (@mullinslab) 's Twitter Profile
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

calendar_today25-07-2014 19:58:08

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Dyche Mullins et al. (@mullinslab) 's Twitter Profile Photo

This is super cool —the flip side of previous studies that identified polymerizing metabolic enzymes by screening collections of GFP-tagged proteins

Eric Betzig (@eric_betzig) 's Twitter Profile Photo

#FluorescenceFriday #cellbiology #bioart A neutrophilic HL-60 cell exhibits both sheet- and rosette-like dynamic pseudopods as it migrates in 3D through a collagen mesh. Here, the cell center is marked in yellow, and each pseudopod is marked with an orange ball of size

Dyche Mullins et al. (@mullinslab) 's Twitter Profile Photo

I don't know which specific post or storm this is responding to, but as a statement of general principle, I couldn't agree more.

Uri Manor đź’” (@manorlaboratory) 's Twitter Profile Photo

Superstar inaugural Manor Lab postdoc Cara's new paper is up! Here we show ER-actin accumulates at ER-organelle contacts to regulate their fission and mobility. This applies to mitos, lysos, and endosomes, and is mediated by INF2, an ER-anchored formin. biorxiv.org/content/10.110…

Superstar inaugural Manor Lab postdoc Cara's new paper is up! Here we show ER-actin accumulates at ER-organelle contacts to regulate their fission and mobility. This applies to mitos, lysos, and endosomes, and is mediated by INF2, an ER-anchored formin. biorxiv.org/content/10.110…
Tanner Fadero (@tanfad) 's Twitter Profile Photo

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.

Visualizing moth wing scale development with <a href="/KyleDeMarr/">Kyle A DeMarr</a> from <a href="/MullinsLab/">Dyche Mullins et al.</a> on <a href="/amsikking/">Alfred Millett-Sikking</a>'s AIRR snoutscope today! Using a 1.3 oil-immersion lens to image &gt;100 um deep past the moth's cuticle. Absolutely gorgeous biology and microscopy.
Alexandra Colin (@acoli12) 's Twitter Profile Photo

New study out on bioRxiv! We have studied how resources are shared between actin networks competing for a limited pool of components. biorxiv.org/content/10.110…

Dyche Mullins et al. (@mullinslab) 's Twitter Profile Photo

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

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. <a href="/dsboothacosta/">David Booth</a> @abbybuch
Uri Manor đź’” (@manorlaboratory) 's Twitter Profile Photo

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…

Lovely analysis by <a href="/MullinsLab/">Dyche Mullins et al.</a> 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…
bioRxiv Cell Biology (@biorxiv_cellbio) 's Twitter Profile Photo

Membrane-associated polymerases deliver most of the actin subunits to a lamellipodial network biorxiv.org/content/10.110… #biorxiv_cellbio