Cahan Lab | at JHMI
@cahanLab
Followers
355
Following
44
Statuses
86
Computational & Experimental Stem Cell Biology. A member of the Department of Biomedical Engineering at Johns Hopkins University.
Baltimore, MD
Joined August 2016
Individual variation in the emergence of anterior-to-posterior neural fates from human pluripotent stem cells: Stem Cell Reports
0
2
10
@ekernf01 diagnoses false discoveries in GRNs in our latest paper. Grateful to Dr. Andrianantoandro @CellSystemsCP and reviewers like @anthonygitter for their invaluable peer review. This is how peer review should be done! 📄🔗
After precisely 4 years of grad school, I'm excited to share that the FIRST PEER REVIEWED PAPER FROM MY PHD HAS LANDED! Indulge me in some back-story. 🧵
0
1
5
PACNet quickly measures transcriptional fidelity of engineered cells from bulk data. Robust to exp method, it also compares yours to previously published data. Led by Emily Lo, with Dan Peng @Jvquez12 @MoEbrahimkhani @ChulanKwonLab. See @stemcellreports
1
1
9
@ekernf01 @ekernf01's paper in collab with @alexisjbattle uses model-X knockoff to address a huge problem with GRNs: unacceptably high FPR. Finds that causal sufficiency (assumed by most GRN methods) is invalid, raising doubts on the reliability of GRN results and methods that rely on them
0
1
4
RT @kalhorlab: We are looking for new postdocs to join our team. Positions are fully funded and you can pursue your interest in technology…
0
20
0
Congratulations to Dr. Emily Su on the defense of her thesis Computational Tools to Explore Cell Identity Transitions with Application to Cell Fate Engineering! Please remember us when you become famous!
1
0
17
0
0
1
RT @CellPressNews: Submit your research to Stem Cell Reports—the premier society journal for stem cell research and an open access forum co…
0
4
0
RT @stemcellreports: We are pleased to announce the call for papers for a new special issue on the clinical translation of PSCs, guest edit…
0
7
0
M Zamani @NganHuang & R Cheng @cahanlab @HopkinsMedicine ID-ed regulators of endothelial to mesenchymal transition. Exploring #Tgfb & substrate stiffness on #EndMT they found a Mesenchymal-to-endothelial reversion and linked populations to #atherosclerosis
0
1
6
RT @vangalenlab: Single-cell papers that make the count matrices and cell type classifications easily available are 100% more likely to be…
0
28
0
RT @LSI_Exeter: Four permanent posts in interdisciplinary research at the Living Systems Institute - uniting maths, physics, and biology. A…
0
92
0