Categories: "Cancer Therapeutics"
Reference #: 2017-002
A technique that employs single molecule real time (SMRT) sequencing to uncover aberrant RNA splice variants that are characteristic of cancer cell splice transcripts - sequencing of such splice variants results in predictable protein epitopes that can be targeted for treatment.
Aberrant splicing of pre-mRNA in cancer cells generates multiple transcripts, which are ultimately translated into disjointed proteins thus revealing novel protein junctions. The exposed junctions act as neo-epitopes that can be recognized by the immune system.
- Cancer therapy with immune checkpoint inhibitors
- Cancer Diagnostics
Selection of patients for immune checkpoint inhibitor sensitivity and/or resistance
- Can uncover novel transcript variants and/or isoforms
Predict peptide fragments and open reading frames
Stage of Development
Technique has validated been human bone marrow cell subpopulations, revealing novel mRNA isoforms.
Researchers are assessing applicability to aberrant cancer cell transcription.
Provisional application has been filed.