<unk> s are high-value toxins in multiple fields of work such as chemical research, toxicological, and biomedical. An economic increase in the seafood industry has made these toxins of higher interest to scientists. Studying<unk> s allows scientists to create toxin assays can be used to analyze fish and seafood for safe levels of toxicity before consumption. Antibodies can also be developed against<unk> s, which can be effective in potentially harmful outbreak or field situations. Some<unk> s are useful in pain management. These toxins may have potential therapeutic effects along with other medical applications, including antiviral, antibacterial, and antioxidant activity. Free-radical scavenging, inflammation control, and tumor destruction are also applications of<unk> s. They can act as anticoagulants, biolubricants, and can prevent pathogenic microorganisms from binding to cell membranes with an anti-adhesive property.
Dinotoxin
Chlorotoxin
Neurotoxin
Alpha-neurotoxin
Kurtoxin
Conotoxin
Vanillotoxin
Psalmotoxin