Rajni Kumari
@mominsciencerk.bsky.social
Staff Scientist at Albert Einstein College of Medicine, studying single molecule transcription regulation in hematopoiesis and leukemia. From 🇮🇳
“Every molecule counts”
“Every molecule counts”
Congratulations @divijverma.bsky.social, super proud of you!! Interested people please reach out, he will be a great supportive mentor!
Excited to share a big milestone, the Verma Lab divijvermalab.com is now OPEN @einsteinmededu.bsky.social
We study how environmental exposures & inflammation drive stem-cell dysfunction and cancer.
Grateful to mentors Amit Verma & @steidluli.bsky.social .
We’re #NIH R01-funded lab and #hiring
We study how environmental exposures & inflammation drive stem-cell dysfunction and cancer.
Grateful to mentors Amit Verma & @steidluli.bsky.social .
We’re #NIH R01-funded lab and #hiring
December 2, 2025 at 3:39 PM
Congratulations @divijverma.bsky.social, super proud of you!! Interested people please reach out, he will be a great supportive mentor!
Many many congratulations Uli @steidluli.bsky.social and Teresa! Highly deserved 😃
ISEH is thrilled to announce the recipients of the 2025 Society Awards, which will be presented at the ISEH 54th Annual Scientific Meeting. Read more about each award recipient on www.simplyblood.org
March 12, 2025 at 4:22 AM
Many many congratulations Uli @steidluli.bsky.social and Teresa! Highly deserved 😃
Reposted by Rajni Kumari
#REVIEW
Suvac, Ashton & Bristow outline how intratumoural hypoxia drives tumour evolution, alongside driver gene mutations, by inducing genomic instability. The resultant selected unstable clones underpin resistance to local & systemic therapies.
https://bit.ly/4aMyC...
Suvac, Ashton & Bristow outline how intratumoural hypoxia drives tumour evolution, alongside driver gene mutations, by inducing genomic instability. The resultant selected unstable clones underpin resistance to local & systemic therapies.
https://bit.ly/4aMyC...
Tumour hypoxia in driving genomic instability and tumour evolution - Nature Reviews Cancer
In this Review, Suvac et al. discuss how intratumoural hypoxia is a driving force in tumour evolution, alongside driver gene mutations, through the generation of genomic instability. The resultant selected unstable tumour clones underpin resistance to local and systemic therapies.
bit.ly
February 5, 2025 at 3:51 PM
#REVIEW
Suvac, Ashton & Bristow outline how intratumoural hypoxia drives tumour evolution, alongside driver gene mutations, by inducing genomic instability. The resultant selected unstable clones underpin resistance to local & systemic therapies.
https://bit.ly/4aMyC...
Suvac, Ashton & Bristow outline how intratumoural hypoxia drives tumour evolution, alongside driver gene mutations, by inducing genomic instability. The resultant selected unstable clones underpin resistance to local & systemic therapies.
https://bit.ly/4aMyC...