Genetic Arts provides a pharmacogenetic testing platform that analyzes over 20 genes related to hair loss to deliver personalized topical treatments tailored to individual genetic profiles. This approach addresses the inefficacy of standard hair loss treatments by ensuring that users receive a custom formulation designed to optimize their response based on their unique genetic makeup.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional hair loss treatments often follow a trial-and-error approach due to the variability in individual responses to medications and therapies. This can lead to wasted time, ineffective solutions, and potential unwanted side effects for individuals seeking hair regrowth.
Solution
Roots by Genetic Arts offers personalized hair growth treatments based on an individual's unique genetic profile. The company's pharmacogenetic test analyzes over 20 genes and key biomarkers related to hair loss and treatment response. By integrating this genetic data with insights from a personalized lifestyle questionnaire, Roots by Genetic Arts creates custom topical formulations with 5-8 active ingredients designed to prevent hair loss and promote healthy regrowth. These custom treatments target multiple pathways related to hair loss, ensuring a tailored solution that addresses individual needs.
Target Audience
The primary target audience includes individuals experiencing hair loss who are seeking personalized and genetically informed treatment options.
Features
- Patented pharmacogenetic test analyzing over 20 genes related to hair loss
- Personalized lifestyle questionnaire to integrate lifestyle factors into treatment plans
- Custom topical formulations with a combination of FDA-approved, prescription-grade, and clinically proven ingredients
- Broad selection of proven hair loss ingredients to target multiple pathways
- Prescription approved by a licensed dermatologist
- Simple, once-daily topical treatment application
- Delivered directly to the customer's door
- Report detailing insights into various genes related to hair loss and potential treatments