Venom-derived drugs are already approved
Regulatory pathway proven. Commercial potential validated. T-Hawk is not asking the FDA to accept a new idea. Only a new source.
Captopril
The first venom-derived drug. An ACE inhibitor for hypertension, and the proof that a peptide from a bite could become a blockbuster.
Eptifibatide
An antiplatelet agent used in acute coronary syndrome, engineered directly from a venom peptide motif.
Exenatide
GLP-1 proof of concept. A lizard venom peptide became the foundation of an entire metabolic drug class.
Bivalirudin
A direct thrombin inhibitor derived from hirudin, used during percutaneous coronary intervention.
Anascorp
An FDA-approved scorpion antivenom, developed from a Sonoran Desert species, in Arizona.
Ziconotide
A selective CaV2.2 (N-type calcium channel) blocker for severe chronic pain. Non-opioid, non-addictive, and the closest published analogue to T-Hawk's CaV2.2 candidates.
Regulatory
Venom-derived peptides have cleared FDA and EMA review across cardiology, metabolic disease, toxicology, and pain. The path is mapped.
Commercial
These molecules built markets. One of them seeded the GLP-1 class. Payers and partners already understand the category.
Local
Anascorp came out of an Arizona species and Arizona institutions. The Sonoran Desert has produced an approved product before.