The Algos Difference

With Algos Preclinical Services, customers benefit from our commitment to fast, accurate, and reliable results. Thorough processes and a distinguished team dedicated to excellence in in vivo pain research make us the ideal partner for drug discovery and product development.

Giving our clients the data and recommendations they need when they need them ensures their preclinical program success. Our expertise in pain research, customer-centric approach, and dependable, definitive results are what set us apart from other preclinical CROs.

  • Algos: Your Go-To CRO for Drug Discovery and Product Development
    1. Pedigree in pain research and neuroscience discovery programs
    2. Professional, customer-centric team responds to meet your research needs
    3. Fast, accurate and reliable results
    4. Flexible approach to preclinical pain research and program management
    5. Cost-effective extension of your in-house research department—an exceptional value compared with multi-sector CROs
    6. Ethical and humane animal research practices


     

    Make us your “Lab Down The Hall” and put our distinguished team of researchers to work for you!

Algos: The premier CRO in pain preclinical drug development

Algos Preclinical Services, a Contract Research Organization (CRO), specializes in preclinical in vivo pain research and program consulting. We deliver unparalleled customer service through a flexible approach to both customized and standardized pain research that allows us to provide our customers with the accurate, reliable results they depend on. Our team of experts is the premier intellectual resource for planning, executing, and managing in vivo pharmacology research in neuroscience and pain, including preclinical pain models. In-house pain research expertise, outstanding customer service, and rapid, reliable results combine to create exceptional value for our clients.


Contact Algos Preclinical Services, a cost-effective extension of your in-house research department for preclinical in vivo pain research.