🚀🧫Exciting start to our 2024 #StemCellTalk series at @MedFak_lu! Assoc. Prof. Göran Karlsson discussed 'Exposing the #stemcells of Chronic Myeloid Leukemia' and their therapy resistance, offering new perspectives.
More on @GKarlssonLab's research ⤵️
https://t.co/gTqF2UARht
Some stem cell markers indicate ongoing hematopoietic output. The latest work from our lab;
CD9 marks myeloid/MegE-biased human hematopoiesis https://t.co/UQ6KuWTqsL
#MyOAarticle "Scarf enables a highly memory-efficient analysis of large-scale single-cell genomics data" received 5,567 downloads since its publication! Access the article here https://t.co/zzOrhBNJwD
This study also for the first time shows that Leukemic stem cells and healthy stem cells residing in a patient’s bone marrow can be distinctly separated by two surface markers 🎯 🚀. Read our article to learn how these discoveries can revolutionize CML treatment! 📚🌟
A groundbreaking study on how the stem cell heterogeneity of chronic myeloid leukemia (CML) patients at diagnosis effects the response to tyrosine kinase inhibitors (TKIs). 🧬🔬
The lab is very proud of Dr Parashar Dhapola who brilliantly defended his thesis today. Thanks to Kostya Khodosevich @KhodosevichLab for being an excellent faculty opponent! Congrats @ParasharDhapola!
The latest work from our lab by @ParasharDhapola and colleagues!Scarf is a memory efficient tool for single-cell genomic analysis with important applications. https://t.co/rHsy8iQHyg
New findings from the @GKarlssonLab at @lunduniversity illuminate an elusive cell state during the development of normal #blood#stemcells🩸🔦
Read about their work which sheds light on how properties of these cells are lost as they decide their fate👉 https://t.co/6qzF5tUEPH
So very proud of the team behind our latest study characterizing hematopoietic stem cells before they make a decision on what lineage to become. https://t.co/5xRpCkPQcs
Just released Scarf 0.18.0🚀
Many improvements for handling snATAC-Seq datasets. Check out the updated vignette here:
https://t.co/yjRuy7wF1F
#singlecell#snATACseq#genomics
Really excited to share our latest work that links spliceosomal RNA modifications to selective control of alternative splicing and redox homeostasis in cancer cells https://t.co/poCIY9HrKG. Huge congrats to our Giulia @GiuliBeneventi and all the other co-authors!
Happy to see our protocol paper in STAR Protocols published on line. Thank you all co-authors for a great collaboration!
In vitro differentiation of human pluripotent stem cells into the B li... https://t.co/OMZVOcz000
Minireview from our lab and our friends in @BoiersLab on the power of single-cell heterogeneity analysis for understanding developmental hematopoiesis. https://t.co/VPD3mhNdlx