Xceleron & Crystal Pharmatech Announce Strategic Development Partnership
Xceleron recently announced a partnership that will offer drug developers early bioavailability data that will lead to optimized solid-state forms and formulations. The partnership with Crystal Pharmatech will enable sponsors to make faster decisions in the early stages of development.
Contemporary small molecules represent a challenge in translational development due to their physic-chemical properties and the low predictivity of traditional nonclinical biological models. Too frequently, drug efficacy suffers because of poor pharmacokinetic properties.
The partnership between Xceleron and Crystal Pharmatech provides a solution. They combine the accelerator mass spectrometry (AMS) technology with the expertise to cost-effectively remove pharmacokinetic uncertainty by providing better early clinical and solid state information. This enables their customers to make better decisions sooner about a candidate’s later-stage readiness.
“At Xceleron, we believe that technology can get life-changing drugs to people who need them, sooner and at a lower cost. This partnership will help our clients do that by efficiently and cost-effectively answering critical questions earlier,” said Dr. Michael Butler, CEO of Xceleron.
“Having robust bioavailability and pharmacokinetic data at the outset provides a strong foundation for determining the best solid form and formulation,” added Dr. Alex Chen, CEO of Crystal Pharmatech. “Each company brings significant expertise to the discussion of novel clinical outcomes.”
Xceleron provides bioanalytical AMS services for accelerated early drug development. The company pioneered human microdose and microtracer techniques using ultra-sensitive AMS to investigate the pharmacokinetics and metabolism of developmental drugs in Phase 0, Phase I, and Phase II/III clinical trials. It has been providing drug development services for more than 10 years and has conducted more GLP and GCP studies than any other analytical service provider of its type. For more information, visit www.xceleron.com.
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