Posts by tag: oncology

See how precision oncology prioritizes oncogenic alterations, turning genomic data into actionable insights for targeted cancer treatment.

Computational neoantigen prediction services that unlock personalized immunotherapy by identifying tumor-specific targets from sequencing data.

A case study on immunotherapy target characterization using genomic data to support cancer drug discovery and development.

Biomarker discovery services that identify targets and biomarkers for immunotherapies, accelerating drug development with expert bioinformatics.

Clonal evolutionary analysis of cancer that reveals how tumors evolve, uncovering resistance mechanisms and drivers with advanced bioinformatics.

A bioinformatics case study investigating the role of glypicans in cancer, uncovering their function through omics data analysis.

Combining whole-genome and RNA sequencing to unravel genetic predisposition to cancer. Read the Genevia WGS and RNA-seq case study.

How bioinformatics supports research towards stress-hormone inhibiting cancer treatment, turning omics data into therapeutic insight.

Cancer mutation analysis that identifies driver mutations and variants from sequencing data to advance oncology research and drug discovery.

A transcriptome data analysis case study on target identification for cancer treatment, turning RNA-seq data into candidate drug targets.

How machine learning in cancer research predicts patient survival from omics data, supporting prognosis and precision oncology.

A pathology data analysis case study revealing cancer insights with statistics and bioinformatics applied to complex datasets.

How Genevia's clinical bioinformatics helped Oslo University Hospital remove its bioinformatics bottleneck and accelerate research.