Our new study (https://t.co/5g0phFumyM) reveals that lowering cholesterol significantly can shrink atherosclerotic lesions by removing altered smooth muscle cells. Bright and colorful pictures are included!
I am exited to share that my first-author paper is online on @NatureComms !
👩🔬 🐭 🐸 🐟 🐵
We compared strategies for cross-species integration of scRNA-seq data, offered guidelines for effective integration and ideas for future method development
https://t.co/c5XaNU7b7s
🔽more
All biology is computational biology.
data are omnipresent, learn computational skills and you will be unstoppable.
Take 5 mins to bookmark the following threads to guide your learning 👇🧵
https://t.co/YCaSUhUd2U
Want to learn the clonality and relatedness of your single cell transcriptomes? Are you really into X-inactivation? Want another reason to stop sequencing men?
Try our method, https://t.co/tjMRBQl19l, read our preprint, https://t.co/K73Rygyslf, and read this thread... 👇🧵
Happy to announce that we've experimentally added a new method GESECA for multi-conditional pathway enrichment analysis into fgsea package. GESECA can find regulated pathways in a complex datasets (e.g. time-course or single-cell) without need to select a particular comparison 1/
@NGSchoolEU for me became a gate to machine learning and a cool society of amazing people doing cool stuff. It's lectures about feature selection, deep learning, and many more. It's evening parties and board games. It's progress. And now I am a part of it 💙🙌
I have recieved an Young Investigator Fellowship from #society_eas to tell you about DNA methylation of LINE-1 in different vessels and blood during human atherosclerosis on #EAScongress! ❤I am so happy❤️ thanks a lot!