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Figure 1. Personalized medicine in RESCUER. From bottom left. Clinical and molecular data are collected from clinical trials from Norway, Germany and Spain and processed to identify signatures/ molecular barcodes of resistance to hormonal-, immune-, and chemotherapy, respectively. Pathological images are subjected to digital cartography and together with the molecular barcodes used for patient stratification towards improved treatment strategies. The generated data is used to parameterize mathematical models of prediction of treatment outcome.

Breast cancer prevention: Precision medicine and health

Biobank Norway Project experts chart the journey from precision medicine to precision health when it comes to breast cancer prevention.
Genomic analysis visualization. Dna genomes sequencing, deoxyribonucleic acid genetic map and genome sequence analyze. Bioinformatics forensics data or dna radiographic testing vector concept

Artificial intelligence (AI) tools in genetics

Vessela Kristensen and Dag Undlien uncover AI tools in genetics, from variant recognition to clinical implementation.
Close up of woman holding pink ribbon for breast cancer awarness. Detail of female hand holding pink awareness ribbon. Young woman supporting living with women's breast tumor.

RESCUER: Supporting new concepts for breast cancer subtypes treatment

RESCUER is an EU Horizon 2020 project, coordinated by the University of Oslo, Norway, that aims to predict treatment response and test new combinational therapies for complex breast cancer subtypes.

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