Riddhiman Garge

Very happy to share our latest w/ @dschweppe1 and @Nobu_Hamazaki labs, where we map the temporal dynamics and proteomic landscape of mammalian gastruloids. Sneek Peak 🧵below #stembryo #gastruloid #proteomics biorxiv.org/content/10.110…

'By building something new, we can have a deeper understanding of how that new creation functions.' Learn how Nobuhiko Hamazaki's stem cell expertise is helping drive the work of the Seattle Hub for Synthetic Biology @AllenInstitute @UWMedicine brotmanbaty.org/news/nobuhiko-…

Many thanks @BrotmanBaty for the chat. It's been great to be part of @uwgenome's vibrant research community and work with brilliant and supportive colleagues in @JShendure's and @lea_starita's labs!

Great seeing this big collaborative effort come together with @lea_starita, @Nobu_Hamazaki, @JShendure, and led by @riddhimankg! A rich resource to understand mammalian gastrulation using organoid models, with lots to explore at: gastruloid.brotmanbaty.org biorxiv.org/content/10.110…

Deluge of useful information @ proteomics, protein/mRNA correlations, comparative molecular landscapes and more. #gastruloids (#mouse and #human) biorxiv.org/content/10.110… Valuable resource. Huge effort from @dschweppe1 @Nobu_Hamazaki and colleagues #EmbryoModels #InNumbersWeTrust

Last but by no means least, this work was catalyzed by both awesome colleagues Valerie Lynch, @Rose_B_Fields, Silvia Casadei, Sabrina Best, Jeremy Stone, Matthew Snyder, @CD_McGann as well as valuable resources from @uwgenome, @CEGS_CMAP, @BrotmanBaty

As always, huge thanks to my mentors @JShendure and @lea_starita for their constant mentorship and for creating fantastic environments that bring exciting science to life!

Very happy to share our latest w/ @dschweppe1 and @Nobu_Hamazaki labs, where we map the temporal dynamics and proteomic landscape of mammalian gastruloids. Sneek Peak 🧵below #stembryo #gastruloid #proteomics biorxiv.org/content/10.110…