
Karreth Lab
@karrethlab
The Karreth Lab: non-mutational drivers, melanoma progression, mouse models at the Moffitt Cancer Center. Account maintained by Florian. Tweets are his views.
ID: 985578595837009920
http://labpages2.moffitt.org/karreth/ 15-04-2018 18:00:23
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Excited to share our lab's latest work by Cara Abecunas, PhD 🇺🇦 in collaboration with Audrey Kidd, Ying Jiang and Hui Zong: A systems approach to identify synthetically lethal associations between tumor metabolic state, driver mutations, and actionable targets. Virginia BME UVA Cancer Center



Another Society For Melanoma Research Congress in the books. Very impressed by the top notch science presented and by the melanoma research community's support and love for us Tampa folks after hurricane Milton. Looking forward to next year's meeting!


Major achievement of the Karreth lab: for the first time the lab was crowned the 🎃 carving Grand Champion Moffitt Cancer Center. Congrats NicolMecozzi, Zulaida Soto, Sharon, Manon, and Xiaonan


6 years of work + Over 2 years in review + 1 extremely talented graduate student Leona Nease + Amazing collaborators = One extremely cool new mechanism that regulates metastasis through modification of the selenocysteine tRNA! nature.com/articles/s4301…

Happy Halloween from Karreth Lab

Come train with us and other excellent labs Moffitt Cancer Center

Congratulations to Neel Jasani who defended his thesis last week and his paper was accepted for publication Cancer Research. Thanks to his committee DeNicola Lab Karen Mann Keiran Smalley Elsa Renee Flores and his external chair @ColoffLab


.Karreth Lab now has an account on BlueSky. Follow us there: Karreth Lab.bsky.social

Live from #AACR25: Kaizhen Wang (Kaizhen Wang) from the Karreth Lab discusses how MYBL2 drives melanoma through a surprising mechanism, non-canonical RNA binding. This newly uncovered function reveals how MYBL2 reshapes gene regulation and promotes tumor growth, offering fresh


While at #AACR25, Kaizhen Wang (Kaizhen Wang) from the Karreth Lab shares new insights on melanoma progression, revealing how non-canonical RNA binding by the MYBL2 transcription factor plays a key role in driving the disease. Read more: bit.ly/4cSt6eP #MoffittAACR25