
Taryn Olivas
@tjolivas
Senior Research Scientist @PerosphereTech. PhD from @YaleCellBio @TJ_MeliaLab. Views are my own. She/Her
ID: 463450818
14-01-2012 03:43:07
189 Tweet
180 Followers
205 Following









A native mass spectrometry method enables analysis of membrane protein-lipid complexes under near-physiological conditions, to determine oligomeric states, identify bound lipids and membrane properties. Kallol Gupta Yale Cell Biology Aniruddha Panda Yale West Campus nature.com/articles/s4159…

Thank you to Journal of Cell Biology for the supportive and critical review of our manuscript! We are excited to see it come out, and we want to highlight some of the changes made during revision that distinguish it from our earlier preprint.

ATG9 vesicles comprise the seed membrane of mammalian autophagosomes, say Taryn J. Olivas Taryn Olivas, Yumei Wu, Shenliang Yu Shenliang Yu, PhD, Thomas Melia Melia Lab et al. Yale Cell Biology bit.ly/3LBlFg4 De Camilli Lab Kallol Gupta Lin_Luan Emily Shanta Nag #autophagy


Using nanodisc technology, Taryn Olivas, Yumei Wu, Shenliang Yu, PhD, Melia Lab et al. Yale Cell Biology establish a key piece of the model for autophagosome expansion via direct lipid transfer. bit.ly/3LBlFg4 De Camilli Lab Kallol Gupta Lin_Luan Emily Shanta Nag #autophagy


⚡️FLASH-PAINT 💡- rapid, highly efficient multiplexing (super-resolution) microscopy - is out on bioRxiv. (biorxiv.org/content/10.110…) We hope our 12-color super-resolution images electrify you as much as us: cellular complexity unlocked! Florian Schueder Yale Cell Biology #DNAPAINT🧬🔬


Spotlight: Cook and Hurley Lab UC Berkeley MCB preview two related studies (Taryn Olivas et al. bit.ly/3LBlFg4 & David Broadbent et al. bit.ly/41NBx4C), examining the role of ATG9A in autophagosome biogenesis in mammalian cells bit.ly/3MOXmuo #autophagy


Annan and Jim (Hurley Lab ), thank you for highlighting our recent work along with the cool paper from David Broadbent. It is fun to see the two stories side-by-side.

