Check out our new publication in @CellReports describing how aging affects sympathetic innervation of the thymus. Congratulations to the team, especially @RCarpenter_PhD for an outstanding work!! @EinsteinCellBio@EinsteinMed
https://t.co/cxsaPayHwm
Thrilled to be in Orlando for #ASH2025! Presenting how NLRP3-driven inflammation contributes to #MDS and myeloid #leukemia
Also sharing pre-clinical & clinical collaborative data on ofirnoflast, a first-in-class NEK7/NLRP3 inhibitor tested on #MDS patients. Join us Dec 6 at 5 PM
The Weizmann Institute has been my scientific home for many years, equipping me with the necessary skills to launch a successful scientific career. Please consider supporting the institute to rebuild following a devastating attack!
The Weizmann Institute was struck by Iranian missiles, causing extensive damage + interrupting vital scientific work.
We will not be deterred.
Together we will rebuild and continue our mission to advance scientific discovery for the future of ALL humanity.
https://t.co/9Gy0UcE4d9
🚨Applications are now being accepted from postdocs for the third annual Montefiore Einstein Comprehensive Cancer Center ExCEL Scholar Award Competition on March 14, 2025 (Pi Day). Deadline November 18, 2024. Learn more here: https://t.co/KGnkN4zGBD
I’m honored to be awarded my first R01 grant to study neural control of the HSC niche. This wouldn’t have been possible without the tremendous help of my mentors at Einstein and the late Dr. Paul Frenette! @Einstein_SCI@EinsteinCellBio@CDI_Einstein@EinsteinAging
The @nih_nhlbi has awarded @MaryanovichLab, a five-year, $2.8 million grant to discover the molecular mechanisms by which age-related dysfunction of autonomic nerves in the bone marrow drives the aging of HSCs and the blood system. More at https://t.co/oApd7bqlnh.