This company offers an AI-powered platform for chemical synthesis, automating reaction path planning and execution to accelerate drug discovery. Their technology helps pharmaceutical companies shorten the chemical synthesis phase of drug development through automated experimentation and analysis.
Funding
Funding not disclosed
Founders
Product
Problem
The chemical synthesis phase of drug discovery is often a bottleneck, requiring extensive manual experimentation and analysis, which can be time-consuming and costly. Traditional CRO services may lack the speed and efficiency needed to accelerate the identification and development of new drug candidates.
Solution
ChemLex offers an AI-powered platform combined with a high-throughput automated platform for chemical synthesis to accelerate drug discovery and development. Their closed-loop system integrates AI retrosynthesis models with robotic wet lab operations, enabling the design of optimal synthetic routes and reaction conditions. The platform automates synthesis, analysis, work-up, purification, and concentration, while capturing comprehensive data to train AI models. ChemLex's AI models can also interpret LCMS spectra and recommend purification conditions, mimicking the expertise of a professional chemist. This approach delivers compounds to clients with increased speed, efficiency, and reproducibility, while also prioritizing green chemistry principles.
Target Audience
ChemLex primarily serves pharmaceutical companies and drug discovery organizations seeking to accelerate their chemical synthesis processes and reduce development timelines.
Features
- AI-driven retrosynthesis planning for optimal route design
- Automated high-throughput experimentation with 8/40/500 mL reaction vials, supporting heating and light reactions at scales of up to 1000+ reactions per day
- Auto-Analytical Platform for automated sampling, dilution, filtration, and LCMS analysis with intelligent instrument coordination
- Auto-Separation Platform for automated sample purification
- Auto-Work-up Platform for automated sampling, extraction, and concentration
- Auto-Flow Chemistry Platform for hydrogenations, low/high temperature reactions, and photo/gas-liquid flow chemistry
- LCMS AutoAnalyzer for automated spectra interpretation and purification recommendations
- Quantitative evaluation of ESG-related factors (energy consumption, atom economy, hazardous chemical waste) to deliver greener solutions