Exploring Peptide Engineering for Improved Activity & Survival Alongside Radioisotopes
- Engineering peptides to improve tissue penetration and receptor binding, thereby increasing tumour uptake and retention of radioisotopes
- Modifying peptide stability and clearance rates to extend half-life and reduce systemic toxicity, enhancing therapeutic efficacy.
- Designing peptides to deliver radioisotopes directly to tumour sites, maximising localised radiation delivery and minimising damage to healthy tissues