Abdullah Kahraman
@abxka.bsky.social
Reposted by Abdullah Kahraman
🧬 Turning science into startups! A special session on launching #bioinformatics startups with insights on IP, legal, funding + case studies ( @bigomics.bsky.social, TrueYouOmics) from experts Swiss IP, Lenz&Staehelin, Innosuisse. Session chairs: @abxka.bsky.social, E. Özkırımlı, V. Zoete. #bc2basel
September 10, 2025 at 11:52 AM
🧬 Turning science into startups! A special session on launching #bioinformatics startups with insights on IP, legal, funding + case studies ( @bigomics.bsky.social, TrueYouOmics) from experts Swiss IP, Lenz&Staehelin, Innosuisse. Session chairs: @abxka.bsky.social, E. Özkırımlı, V. Zoete. #bc2basel
Reposted by Abdullah Kahraman
Many thanks to our scientific committee: Katja Bärenfaller (SIAF), @dgfeller.bsky.social ocial (UNIL), Catherine Jutzeler (ETHZ), @abxka.bsky.social (FHNW), Diana Marek (SIB) for organizing this year’s programme: bc2.ch/programme #bioinformatics #bc2basel
Conference agenda
The [BC]2 Basel Computational Biology Conference is Switzerland's main event in the domain of Computational Biology and one of the major events of its kind in Europe. The conference unites scientists ...
bc2.ch
September 8, 2025 at 9:19 AM
Many thanks to our scientific committee: Katja Bärenfaller (SIAF), @dgfeller.bsky.social ocial (UNIL), Catherine Jutzeler (ETHZ), @abxka.bsky.social (FHNW), Diana Marek (SIB) for organizing this year’s programme: bc2.ch/programme #bioinformatics #bc2basel
Reposted by Abdullah Kahraman
Bridging Pathology and Molecular Science with Deep Visual Multi-Omics
Combined AI-based tissue diagnostics with single cell isolation and deep multi-omics profiling to unravel the link between morphology and molecular changes in kidney cancer (ccRCC)
Combined AI-based tissue diagnostics with single cell isolation and deep multi-omics profiling to unravel the link between morphology and molecular changes in kidney cancer (ccRCC)
Deep visual multi-omics profiling reveals mechanisms that underly cancer cell differentiation and aggressiveness in clear cell renal cell carcinoma https://www.biorxiv.org/content/10.1101/2025.01.31.635927v1
February 11, 2025 at 9:27 PM
Bridging Pathology and Molecular Science with Deep Visual Multi-Omics
Combined AI-based tissue diagnostics with single cell isolation and deep multi-omics profiling to unravel the link between morphology and molecular changes in kidney cancer (ccRCC)
Combined AI-based tissue diagnostics with single cell isolation and deep multi-omics profiling to unravel the link between morphology and molecular changes in kidney cancer (ccRCC)