Incredibly grateful for such a supportive CEO! Excited to commence my PhD with your, Dominika Fricova’s and the entire team @MultiplexDx guidance! https://t.co/jhB0wQczcJ
I was really honoured to participate in exciting scientific discussions and collaborations and present our results
at ADDIT-CE workshop No.4 at #biovendor in Brno.
Really excited and honoured to be immersed in exciting cancer research and treatment options presented at #ESMO24 in Barcelona with my colleagues @MultiplexDx! 😊
I am really exciting to have started my Masters thesis last week with @dkfzEpigenetics and @mrodpar at the @DKFZ! 🧬😊 Thrilled to be immersed in the field of epitranscriptomics! 🧫😀
Agouti gene (Asip) is the first obesity gene to be discovered in 1992 in agouti mice--a fat yellow mice with a mutation that reprograms a skin specific protein to express throughout the body. However, no mutations in this gene has been reported in humans since 1992. 🧵
Most recent work from the lab just out @Nature. By combining ancient DNA work, population genomics, and in vitro infections we show that the Black Death shaped the evolution of immune genes. Kuddos to co-first authors @TaurVil and Jennifer Klunk. https://t.co/y4crzKFMpv
What better way to celebrate your #NobelPrize than being grabbed by your colleagues & thrown into your Institute's pond?😂At #MedicineNobelPrize Winner Svante Pääbo's @MPI_EVA_Leipzig, scientific success is traditionally celebrated w/ a quick *voluntary* bath!😉🌊@maxplanckpress
Germline transposon silencing is initiated by the protein Rhino🦏. This fascinating paper reveals that Rhino’s specific targeting depends on the cofactor Kipferl 🥐.
Congratulations @lisababalisa, @juliusbrennecke and the Brennecke lab on this fascinating publication! 🥳
#JustPublished in @eLife ‼️
➡️ https://t.co/eJx6DuENtN 🥐
The Brennecke lab identified a novel cofactor that is instrumental in the targeted #silencing of #transposons in 🪰ovaries.
Read more about this molecule named "Kipferl" 🥐 and its mechanism in the #piRNA pathway
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