Complexation of specific residues by carboxylatopillar[6]arene: A general strategy to counteract enzymatic degradation for enhancing the metabolic stability of peptides
Protecting angiotensin peptides from trypsin digestion using CP6A. 2. Targeted Chemotherapy and Detoxification
Reducing the toxicity of nitrogen mustard on normal cells while enhancing its effect against spermine-overexpressed tumors. 3. Antidote and Poisoning Treatment It details how CP6A binds to specific amino
This research explores "competitive release," where CP6A carries a drug and only releases it when it encounters specific natural markers (like spermine) found in high levels in cancer cells.
If you are interested in how CP6A can protect drugs from breaking down in the body, this paper is a primary source. It details how CP6A binds to specific amino acids like arginine to prevent enzymatic degradation. this paper is a primary source.
Depending on your specific area of interest, here are three highly relevant and helpful papers regarding its applications: 1. Drug Stabilization and Protease Resistance
Using CP6A to encapsulate the antioxidant ergothioneine to treat Paraquat (a highly toxic herbicide) ingestion in mice. It details how CP6A binds to specific amino
CP6A has also been studied as a "molecular container" to treat severe poisoning by trapping toxins while simultaneously releasing helpful antioxidants.