Happy to share our paper. Great collaboration with star team. Congrats to all! @PoojaMiddha21 @Linda_Kachuri @ziv_elad@christine_lovly @VUMC_Medicine @VUMCgenetics
Some new work from our lab: We report a novel founder mutation in an isolated population resulting in IL10RB deficiency. This work was lead by @Zhiming_Mao, @mjbetti and also included our 2 undergrads, Shamel Basaria and Kathy Liu https://t.co/OW3WL7kr03
Minimum entropy framework identifies a novel class of genomic functional elements and reveals regulatory mechanisms at human disease loci https://t.co/SoGqIL6pMu #bioRxiv
Researchers cannot read all 3 billion base pairs from end to end. Instead, they must first determine the sequence of random pieces of DNA. Then, they use those smaller sequences to put the whole genome sequence back together. It is a massive puzzle! https://t.co/ba9yUTElCq
#TBT! ENCODE started in September 2003 and is now in its final stages in September of 2021! 18 years of science and innovation have taken place thanks to the ENCODE team and NHGRI #ENCODE#science#genomics#humangenome#NHGRI
Testing the super-enhancer concept https://t.co/XlkDA3V7vg #Viewpoint by
Gerd Blobel (@blobelgroup), Douglas Higgs, Jennifer A. Mitchell (@mitchell_lab), Dimple Notani (@DimpleNotani) & Richard A. Young
Recently I had the pleasure of meeting @bjork5 at an inspiring @TheWRP4LC event. Thank you @bjork5 for inviting me to share my personal journey @VUMC_Cancer @VUMCResearch @VUMC_Medicine https://t.co/QWv0SPykid
Good morning everyone! My name is Becky Sale @BeckySale8 and I am a third year human genetics student in the lab of Eric Gamazon. Excited to share my day with you all!
On behalf of the peri/centromeric satellite team within the Telomere-to-Telomere Consortium, we are excited to present our detailed analysis of 6.2% of the human genome that has remained almost entirely missing from the reference sequence for 20 years. /1 https://t.co/icfDxXE1Xi
Very excited to share 3D Live-Seq. Integrated live-cell imaging and single-cell DNAseq of the same tumor #organoids. We reconstruct evolving tumor genomes over multiple consecutive cell divisions to map the tempo and patterns of karyotype diversification https://t.co/FPGaP48eck
In two companion Science studies, researchers reveal a previously unknown population of archaic hominin—the “Nesher Ramla Homo”—from a recently excavated site in Israel dated to roughly 140,000 to 120,000 years ago. #FossilFriday https://t.co/XFKrZmLC1h; https://t.co/MQhP4g6EFa
Today we share how #ML models can be trained to accurately predict phenotypes, and how these predictions can be used to identify novel genetic associations that lead to more accurate predictions of disease predisposition. Learn more ↓ https://t.co/uR3hTZjSgX