Tim Casey-Clyde

Cell engineering. PhD @UCSF. Bay Area forever 🌉

[Tim Casey-Clyde @TimCaseyClyde]

My PhD work is now out at @elife! Special thanks to @LabRaleigh for making it all possible! https://t.co/2Ce87E42N2

[Tim Casey-Clyde @TimCaseyClyde]

Congrats @sjohnliu !!

[RaleighLab @LabRaleigh]

New collaborative paper with @LukeGilbertSF showing the feasibility and value of in vivo functional genomics for understanding #glioblastoma. Congratulations to lead author @sjohnliu and all the other investigators! @NeurosurgUCSF @UCSFCancer @UCSF https://t.co/G4HmzY1C2W

[Tim Casey-Clyde @TimCaseyClyde]

Stellar work from @Charlotttiie10 and @LabRaleigh !!

[RaleighLab @LabRaleigh]

How do "benign" meningiomas grow? And can we tell if they're benign using non-invasive tests? @Charlotttiie10 from @LabRaleigh answers both of these question in a collaboration with @dlswaney, now online in @NatureComms. @NeurosurgUCSF @UCSFCancer @UCSF. https://t.co/k7lRiGMPqW

[Tim Casey-Clyde @TimCaseyClyde]

PhDONE !! Grateful to @LabRaleigh and @UCSFGradDiv.

[Tim Casey-Clyde @TimCaseyClyde]

Open postdoc position in @LabRaleigh at @UCSF !!

[RaleighLab @LabRaleigh]

@LabRaleigh at @NeurosurgUCSF is hiring a postdoc with expertise and interest in preclinical and organoid models of brain tumorigenesis! Please apply or RT! @UCSFCancer @UCSF https://t.co/1WrIgIvE13

[Tim Casey-Clyde @TimCaseyClyde]

Paris Olympics watch out

[Niko McCarty. @NikoMcCarty]

A green alga cell can swim 100 microns per second.

Scientists put little baskets on a wheel. As algae became trapped, they pushed and spun the wheel around.

[John Liu, MD PhD @sjohnliu]

We’re opening the lab and recruiting at all levels! Come work with us on functional genomics in brain tumors. https://t.co/CD8kkH7BRX @NeurosurgUCSF @UCSFCancer

[Tim Casey-Clyde @TimCaseyClyde]

Amazing craniofacial GRC in Spain. Inspiring and creative developmental biology is thriving! @CTB_at_UCSF @GordonConf @LabRaleigh

[Hugo Tejeda @NeuroTejeda]

When your antibody sucks and what little signal is there is just buried in background

[Tim Casey-Clyde @TimCaseyClyde]

gobble gobble 🔬🦃

[RaleighLab @LabRaleigh]

Mouse computed tomography data (even the WT mouse data) is my new favorite type of data. @Bush_lab @TimCaseyClyde @NeurosurgUCSF @UCSFCancer @UCSF

[Tim Casey-Clyde @TimCaseyClyde]

*bombastic side eye*

[Tim Casey-Clyde @TimCaseyClyde]

My PhD work is out now!! Using mouse genetics and single cell, we show Eed, a PRC2 subunit seldom studied in the neural crest, is a potent regulator of craniofacial development. Collective effort from @LabRaleigh @Bush_lab @sjohnliu @VasuLabUCSF.

https://t.co/OLcStWRmdQ

[Tim Casey-Clyde @TimCaseyClyde]

If you’re in the mud in your PhD program, don’t fret. Your project will come together exactly at a time that will surprise and delight you. Your last year will be filled with discoveries and I promise, the time you went through the mud will have all been worth it. ☀️

[Tim Casey-Clyde @TimCaseyClyde]

Absolutely amazing. Nothing cooler than the intersection of genetics, developmental biology, and evolution!

[Itai Yanai @ItaiYanai]

How did we lose our tail? A simple question.. but it wasn't really asked before! We discovered a plausible scenario for the genetic mechanism that led to tail loss. Amazing that such a big change may have been caused by such a small genetic event. https://t.co/0ZR8aH23PJ @BoXia7

[Tim Casey-Clyde @TimCaseyClyde]

@OdedRechavi yes, I still see copies of it being passed around!

[Tim Casey-Clyde @TimCaseyClyde]

SF you spoil me

[Tim Casey-Clyde @TimCaseyClyde]

Long week eh?

[Tim Casey-Clyde @TimCaseyClyde]

Friday slicin’

[UCSF Neurosurgery @NeurosurgUCSF]

Two recent @UCSF-led studies on Schwann cell tumors! Featured on the front page of @NatureComms, @sjohnliu, @TimCaseyClyde, & @LabRaleigh’s findings show how schwannomas transition into an immune-enriched state in response to radiotherapy: https://t.co/ykVopxdSP9