Mission of the Functional Embryo Genomics lab is to integrate information from different technologies to better understand embryo development. PI Sanna Vuoristo
Tutkimusryhmämme on kehittänyt uuden analyysimenetelmän syövän täsmädiagnostiikkaan. Toivomme että tämä parantaa tulevaisuudessa potilaiden elämänlaatua ja ennustetta. Lue lisää täältä 👇
BREAKING NEWS
The 2024 #NobelPrize in Physiology or Medicine has been awarded to Victor Ambros and Gary Ruvkun for the discovery of microRNA and its role in post-transcriptional gene regulation.
Happy to announce that this extremely important pilot project that has taken several years has been successfully completed! 🥳 Thank you @CSCfi & @HUS_fi for working together with us @HelsinkiUniMed@helsinkiuni to make this happen. The implementation of extensive use of this system is well under way.
A new service for publishing sensitive medical research data deployed in a pilot project https://t.co/EWnFqLjTPQ
Hyvää #säätiöpäivä'ä! Kotimaisen huippulääketieteen edistyksessä säätiöiden rooli on merkittävä. Säätiömme viimeisimpiä #säätiötekoja ovat 265 tutkijan & tutkimusryhmän rahoittaminen 2023 aikana sekä yhteinen #Aivotuonti hanke @LaaketieteenS ja Jane ja Aatos Erkon säätiön kanssa.
Congratulations to Denis Duboule @Duboule for being awarded the 2025 ISDB Harrison Medal for his contributions to the understanding of gene regulation, particularly the Hox gene family, and their spatial collinearity in vertebrates 🎉🎉🏅 https://t.co/IKnooMFcI1
High mtDNA replication frequency is deleterious for newborn heart, causing dilated cardiomyopathy & ferroptosis. Our paper out in @NatureComms, outstanding work by @jclandoni. Thanks for crucial results @seminerkul@ASW_lab@HelsinkiUniMed@helsinkiuni
https://t.co/Ly8mLYDn1d
Interested in stem cells and how they change their fate? Please take a look 👇🏼👇🏼! What a great opportunity for us @funcembryomics to contribute to this super exciting 🔥 project with amazing group of scientists @WickstromLab@KateMiro1 !
How do #stemcells integrate information to make fate decisions? Check out our latest preprint where we find that growth factors regulate the mechano-osmotic state of the #nucleus and #chromatin to determine whether to retain or exit #pluripotency🧵👇https://t.co/CB1vIDUFbX
Our study uncovering a new mode of how growth factors exert their effect on cell state via modulation of nuclear mechanophenotype is live - check it out! #mechanobiology#nucleus
Honoured to receive the #ERCStG - my team will try to figure how we could better protect the human thymus during stem cell transplantation for the benefit of patients undergoing this extreme treatment. Thank you @ERC_Research - now the work begins 💪🏻