Thrilled to share our new paper in @ScienceMagazine! 💥
We developed a computational platform to design tiny 'minibinders' from scratch that can guide T cells to kill cancer cells. This is proof-of-concept for targeting intracellular cancer antigens with a new modality! 🎯
I am excited to share our new work on personalized mRNA vaccines in pancreatic cancer in @Nature: https://t.co/yNKV0637XK
Great thread below by @TheVinodLab explaining the findings. As always, it is a pleasure to be part of this team with such great colleagues and friends.
Excited to share that our review on the clinical implications of CIN is out! This is particularly relevant for our patients with high grade serous ovarian cancer. @TeamOvary_MSK@ocrahope
We co-published b2b papers describing >400 human monoclonal antibodies against the malaria blood-stage antigen RH5! These data will guide testing of current RH5-based vaccines in Africa and improvement of future vaccine candidates.
https://t.co/ldnyVG4dPg
https://t.co/1z5dLhIeSp
✨New preprint out✨
We examined motivational dysfunction in depression, aiming to dissect which cognitive processes drive impaired effort-based decision making. Through an extensive computational analysis - by the expert @vincentvalton🧠💫- we find a somewhat surprising answer👇
Exciting times for cancer vaccines as mRNA leads the charge! Insights from vaccines against pathogens pave the way for personalized cancer vaccination. @CharReiche, Zachary Sethna, @TheVinodLab, and myself discuss this and much more in our newly published review in @Cancer_Cell
Looking forward to the amazing talks by very talented @MSKEducation PostBac Bridge Scholars. 1-2 years of work in outstanding @MSKCancerCenter labs in diverse research areas. The nextgen of young investigators is here! Don't miss the date! #MSKBridge
Today we were delighted to welcome a delegation from the Lower Saxony State in Germany, including representatives from Government, Parliament & the HE sector.
@UofGMVLS & Hannover Medical School signed an MoU and we look forward to further developing collaborations in research.
Phase II trial where monoclonal antibody L9LS protected 60-70% of children in Mali against malaria for 6mo! Dream come true to see something I pipetted translate into protecting at-risk kids. Can’t wait for the phase III data!
#WorldMalariaDay2024
https://t.co/aK08F9hvdx