ClipperQTL: ultrafast and powerful eGene identification method - Genome Biology A central task in expression quantitative trait locus analysis is to identify cis-eGenes, i.e., genes whose expression levels are regulated by at least one local genetic variant. Existing cis-eGene id...

Mentorship in action!
Dr. Jingyi Jessica Li and former PhD student Heather Zhou just published ClipperQTL, a fast, p-value-free eQTL method.
Now in Genome Biology:
🔗 genomebiology.biomedcentral.com/articles/10....
Congrats @jsb-ucla.bsky.social & Heather Zhou!
#eQTL #StatGenomics #FredHutch

Welcome, Dr. Li! We are lucky to have you and excited for what's ahead.

#StatGenomics #Biostatistics #Leadership #FredHutch

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📣 We're not naming names (yet), but…

🔍 What do RNA-seq, reproducibility, and machine learning have in common?

The scientist behind them is a Sloan Research Fellow and NSF CAREER awardee, and she hits Fred Hutch next week.

#StatGenomics #DataScience #FredHutch #Leadership #Biostatistics

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📢 Big news coming soon from the Fred Hutch Biostatistics Program!

A national leader in statistical genomics is headed our way.

Pioneering RNA‑seq methods, reproducibility, and the future of data‑driven discovery.

👀 Stay tuned. #Biostatistics #FredHutch #Leadership #StatGenomics