Ai-guided eggshell membrane hydrolysis for hair growth peptides
A cutting-edge AI-driven approach to develop senolytic peptides from eggshell membranes, targeting cellular aging in the scalp. This solution leverages AI screening and optimized hydrolysis to produce peptides that promote hair growth and combat androgen-induced hair loss, verified through in vivo tests.
Overview
Our innovative solution employs AI-guided processes to develop senolytic peptides from eggshell membranes, specifically targeting scalp cellular aging. By utilizing a combination of AI-driven screening and optimized hydrolysis, we aim to identify and produce peptides that effectively promote hair growth and inhibit androgen-induced hair loss. This approach addresses the current lack of commercial scalp senescence-targeted ingredients and offers a potent alternative for hair regrowth treatments.
Technical specifications
Key features:
- AI Screening: Utilizes a docking-machine learning model to screen for senolytic peptides, ensuring the selection of potent anti-aging candidates.
- Optimized Hydrolysis: Refines hydrolysis parameters to maximize target peptide yield, minimizing activity loss due to over-hydrolysis.
- In Vivo Verification: Conducts hair regrowth tests on mouse models to validate efficacy, focusing on follicle-aging and senescence inhibition.
- Raw Material and Production Capability: Leverages abundant eggshell membrane resources and mature production equipment to ensure scalability and consistent supply.
Technology readiness level
Currently at TRL 4, the technology has undergone laboratory validation, including pilot production of 120 kg batches. Future plans include scaling up to stable production levels of 50–500 kg annually, with comprehensive technical documentation prepared for partners.
About Huazhong Agricultural University
Huazhong Agricultural University is a public research university in Wuhan with a strong focus on agriculture and the life sciences, coupling fundamental inquiry with field‑ready application. Industry engages through co‑located experimental farms and controlled‑environment facilities, shared cores for genomics and phenotyping, and biosafety‑equipped laboratories. Field stations and demonstration bases across the region enable multi‑season trials and scale‑up with growers and agri‑tech partners, while proximity to Wuhan’s high‑tech corridor and logistics hub streamlines collaboration. Research is supported by competitive national and provincial funding, including the National Natural Science Foundation of China and related ministries. A dedicated technology transfer office facilitates IP management, licensing, and enterprise partnerships.
delivered to your inbox.