Bioanalysis Services

Precision Drug Quantification and Analytical Support for Preclinical Success

TSRL provides specialized bioanalysis services to support early-stage drug development, with a focus on precision, speed, and scientific integrity. Accurate measurement of drug and metabolite concentrations is essential for making smart decisions about safety, efficacy, and dosing. 

Our experienced team delivers data you can trust, using advanced methods and instrumentation that meet the demands of drug development today.

 

Bioanalysis Services at TSRL Include:

  • Custom method development and validation of bioanalytical assays

  • Quantification of drugs and metabolites using HPLC and LC-MS/MS

  • Non-GLP and GLP analysis of preclinical and early clinical samples

  • Dosing solution analysis

  • Support for pharmacokinetic (PK), preclinical efficacy, and exploratory toxicology studies

As a science-first preclinical CRO, TSRL offers customizable bioanalytical testing services that integrate seamlessly with your formulation, ADME, and in vivo strategies. Our lab team works closely with Sponsors to understand their molecules, timelines, and regulatory goals to support every step from lead candidate screening to regulatory filings.

 

Why Choose TSRL for Bioanalysis Services?

  • Tailored Study Design, customized to your compound and development stage

  • ICH M10 Alignment, with data and documentation that support global regulatory compliance

  • Experienced Scientists, bringing decades of industry knowledge to bioanalytical workflows

  • Integrated Preclinical Support, with coordination across formulation and pharmacokinetic teams to streamline development

 

Clients are Saying

 

“It is exciting to work with... TSRL scientists to bring this promising drug candidate closer to the clinic.”

James H. Morrisey, Ph.D.
University of Michigan

 

Let's Talk About Your Program

Connect with a TSRL scientist to learn how we can support your goals with strategic, science-driven solutions by filling out this form.