KJWON_LAB
@KjwonL
Followers
188
Following
142
Media
28
Statuses
368
Computational Biology Lab at BRIC, University of Copenhagen
Copenhagen, Denmark
Joined July 2018
RT @tunepers: Dinner & goodbye. The social side of science is what makes the difference. #singlecellCPH23 🌿. Vanessa Hall, Jeff Moffit, @ad….
0
3
0
RT @josh_brickman: Nice safari into hundreds(instead of thousands) of cells to infer inductive interactions!.Great work by @JunilKim_caleb….
pnas.org
Development of multicellular organisms is orchestrated by persistent cell–cell communication between neighboring partners. Direct interaction betwe...
0
3
0
Gene expression changes due to cell-contact with neighbors @pnas. Neighboring cell type prediction from #scRNAseq. Works by @JunilKim_caleb and Michaela. Collaboration with @josh_brickman, Rajan, and @IdoAmitLab. Thanks to @lundbeckfonden.
pnas.org
Development of multicellular organisms is orchestrated by persistent cell–cell communication between neighboring partners. Direct interaction betwe...
0
3
18
Gene regulatory network reconstruction from scRNAseq: Greatly reduced false positives using multivariate transfer entropy. Great work by Guangzheng and @JunilKim_caleb. Collaboration with @kedar_natarajan .
0
3
5
RT @ry_lister: In our new study we chart human prefrontal cortex gene regulatory dynamics from gestation to adulthood at single-cell resolu….
0
152
0
RT @deniswirtz: We updated our database and now list 385 postdoc fellowship opportunities (w/ description, deadline, amount, eligibility, e….
0
2K
0
RT @moorejh: We have an open search for a collaborative biostatistician to join our faculty at @CedarsSinai! Please RT! .
0
23
0
It is great to see an algorithmic development (TENET) leads to finding a new factor important for autophagy. Great work by @JunilKim_caleb in collaboration with Sunghee Baek and Dongha Kim.
Systemic approaches using single cell transcriptome reveal that C/EBPÎł regulates autophagy under amino acid starved condition
0
0
4
scRNAseq analysis revealed the role for Shank3 neural stem cells and the association with autism. Collaboration with Jongphil Kim.
0
0
5
RT @Morteza_C_H: We (@KjwonL & @WennerbergLab )designed a tool for identifying and grouping effective drugs based on their response in mult….
0
3
0
RT @GrayCampLab: Space-time analytics in digital human organoids! Stellar work from talents @WahlePhilipp @brangiov @HarmelChristoph @zhiso….
0
80
0
A new type of analyzing spatial transcriptomics data.
Excited to announce our latest work in the @KjwonL Lab! We study cell contact-dependent gene expression using the transcriptome of spatial beads composed of multiple cell types. #SpatialTranscriptomics #SlideSeq #CellContact #CellCellInteractions
0
1
3
RT @RongFan8: What an exciting week for CUT&Tag!!! After we published spatial-CUT&Tag in Science last week, Prof. Xiaowei Zhang lab demonst….
biorxiv.org
The recent development of spatial omics methods enables single-cell profiling of the transcriptome and the 3D genome organization in a spatially resolved manner. Expanding the repertoire of spatial...
0
70
0
RT @WennerbergLab: We’re excited to have this approach by @Morteza31846588 & @EllaKarjalainen published. A great collaboration with @KjwonL….
0
3
0
Spatial biology meeting organized by Oxford Global. Vesalius by .@pcnmartin. and .@HyobinKim4. will be introduced.
0
2
6
RT @Morteza31846588: our paper is out: Comprehensive and unbiased multiparameter high-throughput screening by compaRe finds effective and s….
0
2
0
RT @fabian_theis: Exciting preprint from @dana_peer lab on quantifying intestinal stem cell activity. Plus, interesting new deconvolution a….
0
49
0