🚋TRAMs 🚋is now out in @Nature ! 🥳How do we move proteins from one subcellular space to another in a targeted + modular fashion, and what does this entail for the cell? Check it out! ⬇️⬇️⬇️
Excited to share this work from @tineisadora! Precise control over protein subcellular localization could have massive implications for gain-of-function therapeutic strategies. We showcase targeted relocalization activating molecules (TRAMs) for rewiring interactomes. (1/n)
Honored to be named a 2023 Pew biomedical scholar! Thanks to @pewtrusts for supporting our work, and grateful to work with a great team of daring and brilliant Banik lab members @StanfordUChem@Stanford_ChEMH!
It’s been a good last couple of weeks. Officially started my PhD journey working with @StevenMBanik. Also found out that I was awarded the @NSF GRFP last night! Thanks to all my mentors that have helped me get to this point @DanNomura@lydiaboike@AlexCioffi8
Throwback to Banik lab’s first social - a lab hike then food & dranks!! (Thanks @steph__rob for planning 🙆🏼♀️)
... which is also the time I ordered chicken tenders while everyone was on dessert ... 😛 @Felix_Majewski@StevenMBanik
Check out this amazing video 1st year grad student @tineisadora (conceived, shot, edited and compiled the music!) put together to show off the chemistry and biology we do in the Banik Lab! Excited to have our first virtual visit @StanfordUChem, @Stanford_ChEMH, @CarolynBertozzi
Excited to present our newest @CellChemBiol paper by @UCB_Chemistry grad student @lydiaboike, Alex Cioffi, and @NovartisScience on a functional covalent ligand targeting an intrinsically disordered cysteine on MYC. Thanks also to @TheMarkFdn!
https://t.co/09WWbydtyB