Expertise across modalities

Bioanalysis built for the molecules driving innovation

We specialize in targeted bioanalytical support for today’s most important therapeutic classes. Whether you’re working with small molecules, proteins or therapeutic peptides, our team delivers accurate, timely data tailored to your analyte’s unique properties and study requirements.

Traditional analytes. Unmatched speed.

Deep expertise in small molecule bioanalysis

From discovery to GLP-regulated studies, we provide high-sensitivity LC-MS/MS analysis optimized for small molecules. Our workflows are designed to accelerate timelines without sacrificing quality — ensuring reliable, reproducible data for confident decision-making.

Key strengths include:​

  • Proven multiple reaction monitoring (MRM) methodology
  • Optimized sample prep and robust chromatographic separation
  • Flexible support for discovery through clinical phases
  • Experience with complex matrices and tight lower limit of quantification (LLOQ) requirements
small molecule bioanalysis
Bioanalysis of proteins
Advanced support for complex biologics

Bioanalysis of proteins, antibodies and GLP-1s

Veloxity offers targeted support for protein-based therapeutics, including mAbs, ADCs, nanobodies and GLP-1 receptor agonists. Our team develops and validates customized LC-MS workflows to meet the sensitivity, specificity and compliance needs of each program.

Our experience includes:

  • Monoclonal antibodies (mAbs)
  • Antibody-drug conjugates (ADCs)
  • Nanobodies
  • GLP-1s
  • Hybrid LC-MS approaches as alternatives to ligand-binding assays (LBAs)
  • Immunoaffinity workflows designed for preclinical species
Fast, focused support for peptide therapeutics

4 things to get right for GLP-1 LC–MS/MS

GLP-1 RAs—and peptides more broadly—need LC–MS/MS that delivers decision-quality PK on schedule.

What matters most:

  • Selectivity — LC–MS/MS avoids ligand cross-reactivity for confident PK in complex matrices
  • Sensitivity — Low-pM LLOQs and extended linear range reduce repeats and dilution
  • Throughput — Automated 96-well prep and small-volume workflows keep cycle times tight
  • Validation — ICH M10 from day one, with methods designed to carry forward efficiently into GLP/GCP

Veloxity builds peptide-savvy methods that anticipate the next phase, supporting a smooth transition from fit-for-purpose → GLP → clinical.

Tailored peptide bioanalysis
Peptide programs, accelerated

Tailored peptide bioanalysis with regulatory precision

Peptides demand the speed and sensitivity of a CRO that knows their complexity. Veloxity delivers peptide-specific assay development, fit-for-purpose validation and full support for preclinical and clinical bioanalysis — helping you meet aggressive timelines and regulatory standards.

Capabilities include:

  • LC-MS/MS methods optimized for short-chain molecules
  • High-throughput or customized workflows
  • Matrix-specific strategies to maintain peptide integrity
  • Fit-for-purpose qualification based on study phase
Still relying on ELISAs for peptide bioanalysis?

3 reasons LC-MS peptide bioanalysis is the smarter choice

LC-MS has advanced to the point where it’s the smarter choice. Here are 3 reasons why LC-MS peptide bioanalysis is more efficient, flexible and reliable:

  • No critical reagents needed
  • Less cross-reactivity, more multiplexing
  • Wider linear range
peptide bioanalysis
Flexible workflows for therapeutic platforms
Ready for what’s next

Flexible workflows for evolving therapeutic platforms

We also support a wide range of non-traditional and exploratory modalities. When your program doesn’t fit into a box, we build the workflow to match — delivering data that keeps development moving forward.

Report

Novel screening of monoclonal antibody-based therapeutics

Introduce more specificity into your projects for greater sensitivity and better method performance. Fill out the form to download our report and learn how we can help you drastically increase the lead time for bioanalysis with our novel LC-MS/MS workflow that can be applied to all human IgG-based therapeutics.

Novel screening of monoclonal antibody-based therapeutics