
Zero Animal Biotech is a pre-commercial R&D biotech company developing plant-based formulations for generic medications—free from lactose and animal-derived excipients like magnesium stearate.
Lactose intolerant globally
Most hormonal medications contain lactose as an excipient, causing digestive issues for billions worldwide
Avoid animal products for religious reasons
Muslims, Jews, and Hindus concerned about animal-derived ingredients like magnesium stearate
Interested in plant-based options
Growing consumer interest in adding plant-based products, particularly among younger demographics
Develop animal-free formulations for generic medications that eliminate lactose and all animal-derived ingredients, starting with Dienogest for endometriosis treatment.
A hormonal medication for endometriosis affecting 10% of people with a uterus globally—currently only available with lactose and animal-derived excipients.
We've partnered with India's largest CDMO to test and validate our plant-based formulations for future licensing to pharmaceutical distributors.
Zero Animal Biotech addresses multiple underserved pharmaceutical markets with a single innovative solution
Our zero animal formulation platform captures three mega-trends simultaneously: lactose-free pharmaceuticals, halal/kosher medical alternatives, and the global plant-based movement.
Global Dienogest Market
Target Patients in Latin America
Animal-Free Competitors
Pre-commercial R&D phase developing plant-based formulations with India's largest CDMO
License formulations to regulated pharmaceutical distributors—we never engage in direct sales or distribution
Expand from Dienogest to other generic medications using our animal-free formulation expertise
No existing animal-free formulations for hormonal generics—massive untapped market opportunity
Collaboration with India's largest CDMO ensures manufacturing readiness and scalability
Single solution serves lactose-intolerant, religious, and plant-based consumer segments
Licensing strategy minimizes capital requirements and regulatory complexity