Dan Skelly (@genomequant) 's Twitter Profile
Dan Skelly

@genomequant

Data science, systems genetics/genomics, statgen, QTL, single-cell gene expression. I work @jacksonlab but views are my own.

ID: 919958749401567232

linkhttps://daskelly.netlify.app/ calendar_today16-10-2017 16:10:32

46 Tweet

186 Followers

385 Following

Dan Skelly (@genomequant) 's Twitter Profile Photo

Finally, a principled way to choose how many PCs to use in scRNA-Seq. Looking forward to diving in to the code and trying this on some of my own data!

Dan Skelly (@genomequant) 's Twitter Profile Photo

Our attempt at scRNA-Seq profiling of the heart maximizing both data quality and cellular diversity. Homeostasis and AngII model. Really fun study and collaboration between nearly opposite sides of the globe!

Dan Skelly (@genomequant) 's Twitter Profile Photo

very nice paper showing multiple tissue integration of gene expr/ATAC QTL with identification of candidate causal models. Congrats!

Dan Skelly (@genomequant) 's Twitter Profile Photo

Really fun collab. I think in the future we will see much more integrating #singlecell across genetic backgrounds ... Congrats Elvira Forte!

KB Choi (@kwangbom) 's Twitter Profile Photo

GBRS manuscript is up on bioRxiv. We show how we apply an allele-specific expression (ASE) algorithm to reconstructing individual imputed genomes/transcriptome, and then, to quantifying gene expression.

. (@politicsverse) 's Twitter Profile Photo

BREAKING via Washington Post: The FBI found documents in Trump's bedroom, office, and the first-floor storage room at Mar-a-Lago during the Aug. 8 search.

Greg Keele (@grkeele) 's Twitter Profile Photo

Interested in doing an genetic experiment with a cutting-edge mouse multiparental population (MPP), but don't know which best suits your needs (e.g., inbred vs outbred)? Using simulations from real genetic data, I sought to provide some answers and guidelines.

Interested in doing an genetic experiment with a cutting-edge mouse multiparental population (MPP), but don't know which best suits your needs (e.g., inbred vs outbred)?

Using simulations from real genetic data, I sought to provide some answers and guidelines.