MIPrecise is a Marie Skłodowska-Curie Doctorate Network training 13 PhD candidates in an innovative and integrative training program focusing on cancer biomarkers by re-engineering the diagnostic development and delivery pipeline through use of inexpensive, highly stable imprinted polymers.
Find out more about our PhD projects and apply here:
Molecularly imprinted polymers for phosphopeptide assays of oncogenic pathways
Materials for uncovering hidden protein posttranslational modifications
MIP and nanoMIP-based binders targeting SCLC biomarkers
Single-cell multiomics in rare cancer cell populations from liquid biopsies
Development of ultrabright and magnetic nanoMIPs for cell sorting
MIPs targeting cancer-associated glycan motifs
Protein specific nanoMIPs for single cell biomarker enrichment and labelling
MIP based pan-specific or sequence specific enrichment of pHis, meHis and meLys PTMs and SRC SH2 binding biomarkers
Designer-protein binders for pan-specific or sequence specific enrichment of pHis, meHis and meLys PTMs
Robust assays for SCLC biomarkers compatible with home-based PoC sampling
Affinity polymers for biomarker and plasma enrichment
Single-cell multiomics in rare cell populations from liquid biopsies
Development and validation of multiplexed assays for biomarkers of oncogenic pathways