AI-Designed Peptide Developed From Upcycled Coffee Grounds
Belgium-based specialty chemicals company Syensqo has introduced “Re2 Coffea Arabica Peptide,” a new scalp care active developed in partnership with Chinese biotech company Bota Bio.
The ingredient is derived from upcycled coffee grounds sourced from a coffee plantation in Pu’er, Yunnan, China, reflecting increasing industry focus on sustainable and bio-sourced cosmetic actives.
According to the company, the peptide was developed to address growing demand for scalp hydration, soothing, and scalp health-focused hair care solutions as the market shifts toward skinification-inspired hair care concepts.
AI-Driven Biofoundry Platform Supports Peptide Discovery
Syensqo stated that Bota Bio used its AI-driven Biofoundry platform to screen natural coffee proteins and identify peptide sequences associated with scalp health benefits.
The peptides were produced through enzymatic digestion and combined into the final active ingredient designed to deliver multiple scalp care functions.
According to the company, the ingredient demonstrated benefits including:
- Improved scalp hydration
- Enhanced softness
- Support for scalp barrier function
- Reduced Transepidermal Water Loss (TEWL)
- Reduction in scalp redness
- Anti-inflammatory activity
The company added that the multifunctional positioning may allow brands to address multiple scalp care concerns through a single active system.
Growing Focus on Sustainable and Skinification-Inspired Hair Care
The launch reflects broader movement within the hair care industry toward bio-based actives, AI-assisted ingredient discovery, and scalp-focused treatment formulations.
For cosmetic manufacturers and formulation teams, the development highlights increasing commercial interest in:
- Upcycled cosmetic ingredients
- Scalp microbiome and barrier care
- Multifunctional peptide technologies
- AI-enabled ingredient development
- Skinification of hair care products
The ingredient may be applicable across scalp serums, treatment shampoos, leave-on scalp products, and premium wellness-oriented hair care concepts.
As sustainability and biotech-driven innovation continue to shape ingredient development, AI-assisted discovery platforms may play a larger role in identifying next-generation cosmetic actives from renewable raw material sources.