Sean Megason

Professor of Systems Biology at Harvard Medical School

[Sean Megason @SeanMegason]

Here's a great tweetorial from Rikki Garner in my lab on our new paper.

[Rikki Garner @rikkigarner]

In developing embryos, cells move a lot! Plenty of that movement is random. Is random cell mixing a feature or bug for tissue patterning? Turns out it’s both! Excited to share the 1st preprint from my postdoc w/ @SeanMegason @SeanEMcGeary @KleinLabHMS 1/20 https://t.co/m3N06W8xRt

[Sean Megason @SeanMegason]

Like to program cells? Harvard Systems Biology is running a faculty search in Synthetic Biology. Apply
https://t.co/1IayN1WeXP

[Sean Megason @SeanMegason]

Last day to register for Santa Cruz Dev Bio! #scdb2022
https://t.co/FKOqlaUdSG

[Sean Megason @SeanMegason]

Congrats to our selected speakers for SCDB2022. https://t.co/hyzklVGoW8
There's still time to register and present a poster! #scdb2022

[Sean Megason @SeanMegason]

Santa Cruz Dev Bio abstract deadline in 4 days! Register now! #scdb2022 https://t.co/FKOqlaUdSG

[Sean Megason @SeanMegason]

Our review on adhesion-based patterning is out
https://t.co/sNmALdjSVf

[Sean Megason @SeanMegason]

Our review on hydraulic powered morphogenesis is out!
https://t.co/9ppfTLMexU

[Sean Megason @SeanMegason]

Please register for Santa Cruz Dev Bio 2022! In person in California, lots of interactions.

[Sean Megason @SeanMegason]

Job posting- Director of Biomedical Computer Vision Facility, Harvard Medical School
https://t.co/rYDjWLvIvu

[HMS_SysBio @HMS_SysBio]

An adhesion code mediates patterning robustness during the development of the zebrafish spinal cord. Lovely collaboration between the @SeanMegason lab and Carl-Philipp Heisenberg. https://t.co/8jc7UbdfUP see also https://t.co/iizyRaYlj9