Our 2-part review on ERK dynamics is out! It was great to highlight some of the amazing work done by the MAPK field, including @SantosLaB8@PertzL@toettch@RegotLab@BugajLab, and many more! https://t.co/DJtZJZ6Wxa
Please RT! We have two openings for #PhD students interested in Developmental #Systems#Biology using #Celegans, #microscopy, and computers. Building on our recent paper in @NatureComms (https://t.co/ijUqCwu7nq) to study Organ Growth Coordination. https://t.co/ZT5ePfAiBF
Looking for a 2023 summer internship and interested in kinetic modeling of signaling pathways? I am hiring an intern in our Computational Biology Group @genentech to work on models of KRAS inhibition. Please apply here, and reach out if you have questions: https://t.co/FTwMUUxVzm
This is a great day for our lab!! Our story about the role of ERK signaling dynamics in 3D mammary acini morphogenesis is finally out!! We promise beautiful movies!
Our latest work ! https://t.co/t4p9b8Lddt. We show how simple self-organization rules in MAPK signaling allows to shape a simple epithelial cyst - a breast acinus.
Our 200$ device for optogenetic stimulation now out in @SciReports!
Illuminate single wells with complex patterns, without any coding. https://t.co/GcYqUph5s3 More below: (1/5)
A new paper from our lab: https://t.co/wevh6wE5Y9. Meet LITOS, an easy to build optogenetic illuminator that can be used for a variety of plate formats. Super easy to program. And will only cost you 200 euros. Already generated tremendous interest. Thanks to @HohenerThomas.
Finally, after 6 years of work, one of our best papers is out ! This could not have seen light without the extremely hard work of the stellar @CDessauges, and many others in the lab. Thanks to @KhammashLab for investing so much time for the modelling part !
We are proud to introduce our global atlas of substrate specificities for the human serine/threonine kinome, now on bioRxiv!
Work led by Jared Johnson and @Tomer_M_Yaron together with Ben Turk and @mbyaffe#TheKinaseLibrary#KL#part1
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https://t.co/drZTZCcWlI
if you are obsessed with optogenetics, you can now easily build a wifi controllable optogenetic illumination plate for 150 $. We validated it extensively to study MAPK signaling. Preprint here: https://t.co/vLj6gKFbHs
Please have a look at our new review on different biosensors built using traditional and chemical biology approaches. https://t.co/Hw5aPpSoV8
Thanks to @RouxLab and @LoewithLab to include me in this adventure !