WoodruffLab (@jwoodrufflab) 's Twitter Profile
WoodruffLab

@jwoodrufflab

The Laboratory of Synthetic Embryology

ID: 891253190670376961

linkhttps://www.jeffwoodrufflab.org/ calendar_today29-07-2017 11:04:54

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Are you a first year student in MolBiophysUTSW and wondering where to rotate? Check out jeffwoodrufflab.org. We study organelle assembly and maintenance in ageing eggs.

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It was an honor to speak at ChromoPalooza2020! In case you missed my talk: we can probe the material properties of centrosomes (green) using optically-induced flows. Fantastic collaboration with @KreysingLab.

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Regulated changes in material properties underlie centrosome disassembly during mitotic exit rupress.org/jcb/article-lo…

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If you're interested in multi-disciplinary work on biomolecular condensates, check out the Condensate Catalyst Group at UT Southwestern Medical Center. condensate-catalyst.com

If you're interested in multi-disciplinary work on biomolecular condensates, check out the Condensate Catalyst Group at UT Southwestern Medical Center. 
condensate-catalyst.com
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Ever wonder how a micron-scale centrosome can disassemble in just a few minutes? Check out our latest pre-print: biorxiv.org/content/early/…

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Most mammals, including humans, form centrosomes in the zygote. The wording of this abstract suggests otherwise. They need to change it. x.com/ThompsonLab/st…

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a better alternative to the maximum intensity projection for preparing 2D out of 3D volume image data nature.com/articles/ncomm… #ImageJ

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Protein phase separation followed by maturation may be a common mechanism for the formation of solid-like membrane-less organelles. Find out more in our latest review published this week in Trends in Biochemical Sciences: authors.elsevier.com/a/1WWoz3S6Gf10…

Protein phase separation followed by maturation may be a common mechanism for the formation of solid-like membrane-less organelles.  Find out more in our latest review published this week in Trends in Biochemical Sciences:
authors.elsevier.com/a/1WWoz3S6Gf10…