Spatial transcriptomics (and other -omics!) is a promising technology that offers more information about cellular systems. @KiviahoAntti gives us a taste of new discoveries with @NykterLab using spatial transcriptomic in prostate cancer tissue.
https://t.co/Pb8PCNk5bX
Our investigation into the prostate tumor microenvironment is now out in Nature Comms: https://t.co/RGH9XdKo9B
We combined publicly available scRNA-seq data with in-house spatial transcriptomics samples to jointly anayze data from 120 patients. Here’s what we found 🧵 1/6
Communication is important even at the intra-cellular level. @SiniHakkola@NykterLab explains its role in cancer development in our latest blog post: https://t.co/Fzaakysong
Could club cells be the key to understanding prostate cancer therapy resistance? We performed integrative analysis on single-cell & spatial transcriptomics data from more than 100 patients. Preprint out now: https://t.co/s2OGansizW
Tune in to our latest blog post to read about the fierce competition between lab technician and automation robot: "Can we still beat a robot?" by Juuso Vuorinen @NykterLab
https://t.co/v84a8osRGR
Congratulations to Ebrahim Afyounian and Thomas Fleischer @TF_82 for a good defence on Friday! We had a wonderful evening celebrating the closing of Ebrahim’s journey to PhD @NykterLab. 🥰
Our new study shows that immunological pathways differ in different subtypes of #type1diabetes and the involvement of #enteroviruses in the initiation of the process. https://t.co/oxo2J52zrk
Privileged to work with the talented people from the @NykterLab and @RautajokiLab 🙏
PhD students Tuomo Virtanen and Antti Kiviaho presenting their posters at #AACR2023. Come to talk about our work on chromatin conformation and spatial transcriptomics in prostate cancer.
@CoEinTG Fascinating updates and important discussions at the SAB (Scientific Advisory Board) meeting of the Centre of Excellence in Tumor Genetics today. Tomorrow we will continue with workshops to discuss further and deepen our collaborations.
#cancerresearch
Here’s our @Nature paper on v deep whole-genome sequencing of serial ctDNA and met tissue. @cherberts1, Matti, Joonatan et al applied new methods to give fascinating insight into temporal #ProstateCancer clonal complexity and evolution of resistance. 1/7 https://t.co/xTqXwj83JP
Large grant recipients Steve Bova and Matti Nykter are reverse engineering the evolution of aggressive prostate cancer. The results can help develop new cures for prostate cancer.
https://t.co/RA69CRqbdi
@NykterLab @TampereUniMET @TampereUni
#EWAC2022#cancer
Long anticipated #snogfibtra2022 symposium ongoing in Helsinki. Three days of presentations on exciting top level neuro-oncology research. @Granberg_Lab @TampereUni
Nice discussion about prostate cancer and emerging treatment options in MTV Uutisaamu this morning. Thanks for invitation and this opportunity @MTVUutisaamu @Syopasaatio
Very excited to receive @SuomenAkatemia funding to continue studying human microglia in neurodegeneration! Big thanks to my mentors @zauggj@HiltunenLab and of course the members of the labs, and I look forward to continuing this field of research in @NykterLab @TampereUni