In-depth evaluation of the role of toxicity as essential part of sustainable product development research to achieve effective Green Chemistry Adoption.

As the saying goes, nothing lasts forever. However, some chemicals may persist in the environment effectively for eternity, causing potential health hazards and endangering habitats.

ViridisChem announces a strategic partnership with BITEK Chems, Inc., a premier distributor in Korea that serves pharmaceutical and chemical companies, as well as government and educational institutes.

ViridisChem announces a strategic partnership with Infocom, a highly regarded software distributor in Tokyo, that caters to research communities in the medical and pharmaceutical sectors with B2B software solutions.

See how ViridisChem’s Chemical Analyzer can be used to pre-screen high-risk toxic drug candidates even before you start R&D, and identify the less toxic analogs, using Chloroquine as an example.

Sustainable, or “green,” chemistry sounds like it could slow climate change and protect our natural environment. The term is vague though—what sort of science actually qualifies as sustainable?

This case study shows how “Green Pocketbook” by ViridisChem, a web-based tool offered through yearly subscription, can be used to evaluate the toxicity of raw materials used during the drug development process, and find better alternatives.

LAUNCH.ORG Circular Economy Summit: Watch ViridisChem CEO Neelam Vaidya discuss the challenges scientists face in evaluating toxicity.

Functional groups in molecules are like personalities, and understanding functional groups and their reactivity is crucial to the practice of green chemistry.

LAUNCH Chemistry Innovation Challenge, a global call for innovators, entrepreneurs, and organizations to enable predictive design in chemistry, selected ViridisChem as one of the challenge winners.