ViridisChem Inc. services

ViridisChem® Chemical Analyzer offers early insights about potential drug targets and proprietary chemicals. For a given chemical structure, it estimates over 48 physical, functional and toxicological properties by running industry-standard prediction models, along with its proprietary deep-learning models. Utilizing these property values, it then offers detailed toxicity analysis (health-ecological-safety risks), NMR predictions, and possible metabolites predictions with their ADME properties. Most importantly, all this analysis is done within customer`s corporate firewall without compromising the data-security, specially the target structure information. 

ViridisChem’s® Chemical Analyzer offers chemical toxicity awareness during early product development. and where toxic chemicals are used,  it identifies functionally similar less toxic reagents and solvents that can replace the toxic chemical. This automatically results in minimum toxic waste generation, and safer-greener product development.

ViridisChem  offers a critical and very powerful tool for Lab Safety/EHS departments. It is supported by ViridisChem`s most comprehensive proprietary toxicity database with over 100 million chemicals, that offers a well-curated combined experimental chemical data from government, R&D organizations databases around the world, data extracted from global regulatory lists and from Safety Data sheets from reputed manufacturers. Data-gaps are also filled using well-know prediction models and Viridischem`s proprietary deep-learning models.

Utilizing over 135 worldwide regulatory lists, ViridisChem’s^TM Chemical Analyzer identifies the global regulatory concerns of a given chemical and provides occupational and health threshold values. This information ensures regional and global compliance, and is critical to avoid any international shipping issues for a product.

What if there was a tool that allowed eager future scientists to: Explore different chemical structures, Visually see how changing the functional group or bond strength can affect the toxicity of the chemical, Learn about the environmental and health-related risks of every chemical, and Find less toxic options?