#Echidna is now publicly available at https://t.co/9510iBUZZN..., and may also be installed through PyPI and Bioconda! We hope you will join us in understanding the role of CNAs in phenotypic plasticity!
๐งต Excited to share #Echidna, a Bayesian framework for quantifying the impact of gene dosage on phenotypic plasticity: https://t.co/ypjP8Zins0!
With @elhamazizi & @mingZedh, we integrate scRNA-seq & WGS to uncover how CNAs drive tumor evolution and transcriptional variability.
๐ข TL;DR: #Echidna ๐ฆintegrates scRNA-seq & WGS to decouple gene dosage effects on phenotypic plasticity, tracks clonal evolution, and identifies resistance drivers in tumors.
Read more here: https://t.co/rDq1pZU9iY
Letโs unravel tumor evolution, one clone at a time! 7/7
Thrilled to announce that Linyue (Joy) Fan @joy_lfan, PhD student in biomedical engineering, @elhamazizi, has been awarded the prestigious #AvanessiansFellowship for the 2024 Spring semester! ๐ Join us in congratulating Joy on this recognition! ๐
Unveiling the power of #Decipher , a game-changing method for integrating and visualizing #singlecell RNA-seq data! ๐ฉโ๐ฌ Our work sheds light on cell-state transitions in diseases like #AML. Join the conversation in the thread and check out our preprint for the full story!
1/๐งต Excited to share #Decipher ๐, a game-changing method for integrating #singlecell RNA-seq data ๐งฌ from multiple conditions and revealing cell-state transitions in diseases like #AML. Dive into our thread for more! Check our preprint for full details. https://t.co/gb8MM1LlAm
In the latest "Faces of IICD" blog series, Joy Fan (@joy_lfan) shares about balancing out multiple roles as a musician, artist, writer, and scientist.
Link: https://t.co/lObp7iIyxK
cc: @elhamazizi@ColumbiaBME