This technology introduces a rationally designed, simple, new block copolymer (BCP) for Pt-drug delivery, with great promise for scaled-up synthesis and clinical application.

The functional block copolymer can be used as a drug carrier in nano-delivery systems. 

Benefits
Simplicity and efficiency: utilises simple, cost-effective building blocks for easy and scalable production.
Water solubility: the BCP is fully water-soluble and biocompatible.
Targeted delivery: the BCP forms nanoparticles that protect Pt-drugs during transport and release them in a controlled manner, especially in acidic tumour environments.
Enhanced efficacy: increases drug effectiveness through improved cell uptake and reduced side effects.
Reduced toxicity: lower impact on healthy cells compared to traditional Pt-drugs.
Improved patient outcomes: more effective drug delivery and sustained release enhance therapeutic results.

Applications
Pharmaceutical companies: engaged in the development and production of chemotherapy drugs, particularly those focusing on platinum-based treatments.
Biotechnology companies specialized in advanced drug delivery systems and nanotechnology applications in medicine
Research institutions: focused on oncology and drug development research, looking for innovative solutions to improve cancer treatment.

Opportunity
Stellenbosch University is seeking companies that are interested in funding and conducting clinical studies in this groundbreaking medical technology with high commercial potential.