M. tuberculosis Infection and transmission
Momentum - CSIC
Applying Artificial Intelligence (AI) algorithms for unveiling bacterial genomic factors behind complex traits such as treatment failure, multiple strains infections and transmission.
Tb-target LaCaixa Foundation
Multi-omics approach to identify key elements of host-pathogen interaction giving rise to severe tuberculosis
Designed by Freepik
Saccharomyces cerevisiae response to stress in industrial processes
MemBRane - ERA CoBiotech
Multi-omics analysis of yeast under some of the most critical stressess during fermentation such as ethanol and sugar concentration to explain how cell membrane is regulated in response to them.
Yeast - yeast interaction
The use of alternative yeast in wine fermentation has been pursued by industry in order to face challenges in the industry. Knowing how they interact among them is key to control the process. Genomics, transcriptomics, proteomics and phenotypic data integration can shed light into that.
