
At last! Happy to share our paper on CellOracle – a computational method for dissecting cell identity via network inference and in silico gene perturbation, led by the amazing @kenjikamimoto68: nature.com/articles/s4158…
Wenjun Kong
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At last! Happy to share our paper on CellOracle – a computational method for dissecting cell identity via network inference and in silico gene perturbation, led by the amazing @kenjikamimoto68: nature.com/articles/s4158…



Check out the latest preprint from our lab by my dear friend Siqi :) He developed a method to perform MPRAs in single cells and show that it can be used to detect cell-type specific regulation and cell-to-cell variability in cis-regulatory elements! biorxiv.org/content/10.110…



The Capybara whisperer @WenjunK will be speaking about measuring hybrid cell identity and state transitions in reprogramming (and our new favorite paradigm, hematopoiesis) on Monday!

Dr. Kong @WenjunK is graduating! We are feeling extra fancy today








Our latest paper is online @CellStemCell! Capybara: A computational tool to measure cell identity and fate transitions cell.com/cell-stem-cell… led by @WenjunK


Congratulations Dr. Kong! @WenjunK

Capybara (noun). This one goes out to my fellow capybara enthusiasts @CAPYBARA_MAN @morris_lab #Capybara #etymology #vocab #chalk #hagoromo #tupi #Portuguese #spanish

I have a fantastic transatlantic talk partner in @WenjunK - and thanks for introducing Colin to the world 😂

Possibly the very first transatlantic tandem-talk? Great work from SAMANTHA MORRIS and WENJUN KONG (WashU): NEW SINGLE-CELL GENOMIC TECHNOLGIES TO DISSECT AND ENHANCE CELL FATE REPROGRAMMING Colin the Capybara also made a guest appearance. @morris_lab @WenjunK @WUSTLmed