Four strands, one question running through them — how do you turn sequence data into a decision somebody can act on?
Genomic and transcriptomic profiling of bladder cancer and urothelial cell carcinoma — molecular drivers, therapeutic resistance and protein–protein interaction networks in oncogenic pathways.
Mechanisms of Newcastle disease virus (NDV) persistence in cancer cells — how a persistently infecting virus rewires the host transcriptome, and what that means for the therapeutic window.
Computational pipelines for pathogen detection and population genomics, and the systems work of embedding sequencing into national public health institutes and regional hubs across West Africa.
Building bioinformatics capacity where it is scarcest — curricula, carpentry workshops, and the community infrastructure that keeps research open, reproducible and locally owned.
An open textbook introducing bioinformatics from first principles, written for students coming to computational biology without a programming background.