Excited to share our latest work in @AJHGNews! ๐งฌ๐
We mapped the regulatory landscape of human liver at single-nucleus resolution using snMultiome, connecting genetic variants to the cell-type mechanisms underlying cardiometabolic disease.
https://t.co/BbBTCTJHx3
The preprint of our liver paper is up! We profiled 86 human livers with single cell sequencing assays for gene expression, chromatin accessibility, histone modification, and chromatin contact to understand liver gene regulation and fatty liver disease. https://t.co/o8Ijd1qG6U
Excited to share our latest work in @AJHGNews! ๐งฌ๐
We mapped the regulatory landscape of human liver at single-nucleus resolution using snMultiome, connecting genetic variants to the cell-type mechanisms underlying cardiometabolic disease.
https://t.co/BbBTCTJHx3
Huge thanks to co-first author Kevin Currin, my PIs @klmohlke & Terry Furey, and the entire team!
This dataset is now a public resource for anyone studying liver biology and complex traits. #Genetics#QTL#Liver#Multiome
Honored to be selected by the UNC BCBP community for this year's Dianne Harris Graduate Student Award for exemplary leadership. Many thanks to the BCBP community and specifically the Cook lab for making this possible!
Today's announcement marks the twenty-eighth occasion three laureates have shared the chemistry prize.
David Baker was awarded half the prize, while the other half was jointly awarded to Demis Hassabis and John Jumper.
Many thanks to the organizers for giving me the chance to present my current thesis work in a talk. I really enjoyed the wonderful location at Myrtle Beach, South Carolina and made good memories. Looking forward to next year's retreat! ๐
I am grateful that I won the award for the best oral presentation in the Bioinformatics and Computational Biology (BCB) program during the Annual UNC Genetics Retreat 2024!
Stop by PB1200 if you are interested about the genetic regulation of chromatin accessibility and gene expression using single nucleus multiome sequencing in the liver!
Looking forward to meeting you
#ASHG2023
Stem cells and cancer cells: seemingly different, but strikingly similar in their cell cycle features. Check out our review article published today in @MDPIOpenAccess. Thanks to @Liulab_UNC for the invitation! @dnatarheel https://t.co/JPQMthIdxI