Hexis Lab Company Research Report
Company Overview
- Name: Hexis Lab Limited
- Mission: To use proprietary AI technology to facilitate the development of breakthrough products in beauty, skincare, personal care, nutraceuticals, and pharmaceutical industries, creating safe, effective, sustainable, and responsible products.
- Founded by: Dr. Olusola (Sola) Idowu, a Newcastle University alumnus.
- Headquarters: The Catalyst, Newcastle Helix, Newcastle Upon Tyne, NE4 5TG, United Kingdom; The Biosphere, Draymans Way, Newcastle Helix, Newcastle Upon Tyne, NE4 5TG.
- Key People:
- Dr. Olusola (Sola) Idowu, Executive Director – CEO
- Stevan Lind, Commercial Director
- Mike Ormesher, Investment Director
- David Moran, Finance Director
- Dr. Edward Okello
- Elizabeth Idowu MSC
- Dr. Ewa Markiewicz
- Gururaja (Guru) Mandagaddi
- Angela Meade, Commercial & Business Development
- David Hagan
- Dr. Steven O'Reilly, Scientific Advisory Board
- Associate Professor Safwan Akram, Biological Process Engineering & Synthetic Biology
- Professor Chris Hutchinson, Biochemistry
- Professor Emeritus Bernard Golding, Synthetic Organic Chemistry
- Number of Employees: No information is available.
- Revenue: No information is available.
- Known For: Developing breakthrough ingredients and formulations for cosmetics, wellness, personal care, and the pharmaceutical industry by leveraging AI technology called HexisPro.X.
Products
HexisPro.X
- Description: An AI-guided discovery platform that uses machine learning to analyze biochemical data, clinical trials, scientific articles, market reports, patents, and social media trends. It helps in developing new products quickly while reducing costs.
- Key Features:
- Predicts poly-pharmacological benefits through comprehensive data integration and analysis.
- Facilitates customer-centric development logic with enhanced optimization.
- Reduction of common bottlenecks in product development processes.
Lab PepTec®
- Description: A machine learning platform to predict and find novel lead-like compounds, peptides, and polymers for cosmetic and therapeutic applications.
- Key Features:
- Analyses molecule structure and biomedical data for pharmacological assessment.
- Characterizes novel materials on safety, efficacy, cost, and sustainability metrics.
Skin-Type Analytics®
- Description: AI data analytic tool that evaluates phenotypic differences in skin types offering quality, reproducible tests for cosmetic and personal care formulations.
- Key Features:
- Tests and validates product formulations on different skin phenotypes.
- Responds to increasing consumer dissatisfaction with generic skincare approaches.
Recent Developments
- Recent Funding: Hexis Lab secured six-figure Innovate UK funding to develop novel sustainable ingredients with synthetic biology.
- Awards: Recognized by Frost & Sullivan in 2022 as the "Technology Innovation Leader" in North America for Ingredients & Formulation Discovery.
- Innovations:
- Emphasized personalized skincare through AI-driven genomic analysis and molecular biology insights.
- Investigating the response of different skin types to sun care products and the effects of various ingredients using Big Data.
- Focus on solving long-term problems like chronic inflammation in skin aging ('inflammaging').
- Partnerships:
- Collaboration with major skincare brands to discover new ingredients and formulations.
- Provided solutions to personal care companies aiming for green formulation compatibility and new patents.
New Products and Features
- No specific new product launches were mentioned; however, continuous development in AI tools for better ingredient analysis and formulation has been a focus.
- New Features: Enhancements in AI platforms like HexisPro.X for more precise predictive capabilities and customer-centric solutions.
Contact Information
- Email: info@hexislab.com
- Phone: +44 (0) 139 482 5487
- Address: The Catalyst and The Biosphere, Newcastle Helix, Newcastle Upon Tyne, NE4 5TG, United Kingdom
For more detailed inquiries or specific project collaborations, please reach out through the provided contact information.
