Parexel International Corp

Vector Scientific Inc is a leading company based in Evergreen, CO, specializing in injury biomechanics and accident reconstruction. With a dedicated team of experts, they provide comprehensive analysis and investigation services for motor vehicle accidents, sport and recreation accidents, as well as industrial and occupational accidents. With a focus on injury biomechanics and accident reconstruction, Vector Scientific Inc offers valuable insights and expertise in understanding the causes and consequences of various accidents. Their team of professionals is committed to delivering accurate and reliable analysis, making them a trusted resource in the field.Generated from the website

The Antimicrobial Regeneration Consortium (ARC) is a 501(c)(3) nonprofit organization dedicated to addressing the challenges of antimicrobial resistance through sustainable innovation in drug discovery. By bridging the gap between academia and the pharmaceutical industry, ARC cultivates a consortium of scientists and researchers to accelerate the development of effective therapeutics and diagnostics against evolving pathogens. ARC focuses on educating the public about health challenges related to antimicrobial resistance while empowering collaborative efforts through its extensive network. By fostering revolutionary technologies and supporting the incubation of startups, ARC is committed to making medicine more accessible and effective for those in need. Generated from the website

Designing Biological, based in Boulder, CO, is a pioneering research team focused on the assembly of biological and nanostructured materials, utilizing advanced computational and AI tools to address challenges in soft matter bioscience and nanoscience. Their innovative INTERFACE MD platform enables highly accurate simulations across the periodic table, facilitating breakthroughs in understanding molecular interactions, drug design, and the development of advanced materials. With a strong emphasis on integrating experimental data and computational models, the team has significantly improved the reliability of force fields for both inorganic and organic compounds. Their work encompasses a diverse range of applications, including biomineralization, catalyst efficiency, and the design of nanoscale building blocks for various industries. Generated from the website