One-stop DMPK, early safety and efficacy support to advance your pipeline — from study design through early-stage screening to IND-ready report, with transparent pricing and a standard turnaround of under 5 business days.
Every study anchored on our mass-spectrometry bioanalysis platform for one-stop, reliable delivery.

Single- and repeat-dose pharmacokinetics in rodents and non-human primates with full PK parameterization — plus a complete in vitro ADME suite that answers key questions before you dose.

Quantitative LC-MS/MS for small molecules, peptides and metabolites, plus high-resolution mass spec and ligand-binding assays for biotherapeutics. Fit-for-purpose method development aligned with GxP expectations.
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From early safety assessment to efficacy models, one integrated partner shortens your decision cycle.
Precision instrumentation, dedicated facilities and research integrity — the cornerstones of reliable preclinical data.
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SCIEX QTRAP 5500, 6500+ and Q-TOF mass spectrometers deliver the sensitivity and selectivity your program demands.

IACUC-approved in vivo facility for rodents and large animals, with strict welfare and environmental controls.

Purpose-built LC-MS/MS laboratory with validated workflows, sample-tracking and audit-ready documentation.
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ALCOA+ data integrity, QA oversight and transparent reporting — every data point attributable and reproducible.
Every data point attributable, reproducible and traceable — from raw data to final report.
Validated methods, controlled documentation and QA oversight at every step — aligned with NMPA / FDA expectations.
Learn moreAudit trails, raw-data retention and transparent, traceable reporting built on ALCOA+ principles.
Learn moreStudy design, in-life, bioanalysis and reporting under one accountable team — a single point of contact.
Learn moreInstant online quotation for screening-stage DMPK — no email back-and-forth, compare pricing in minutes.
Get a quoteProfiling a candidate against five major CYP isoforms to flag clinical drug-drug interaction risk before costly development.
Fit-for-purpose method development and partial validation using protein precipitation and MRM detection.
Characterizing intact ADC stability and free payload release over time to support ADC pharmacokinetic studies.
Practical answers to the questions discovery teams ask us most — and how we answer them in the lab.
Metabolic stability measures how fast your compound is cleared by liver enzymes (microsomes or hepatocytes). High clearance can mean poor oral bioavailability and short half-life — early screening saves you from progressing a doomed lead.
Only unbound drug can cross membranes and reach its target. High binding (low free fraction) affects efficacy, volume of distribution and dose projection — we measure it by equilibrium dialysis and report the free fraction directly.
If your compound inhibits a major CYP isoform (e.g. CYP3A4), co-administered drugs may reach toxic levels. CYP inhibition IC50 data flags clinical drug-drug interaction risk long before first-in-human.
It depends on your question: rodents for fast screening, beagle dog and NHP for large-animal PK/TK and human projection. We support mouse, rat, beagle, minipig and NHP — with naïve or non-naïve large animals.
Reports typically within 5 working days.
Scope, sample matrix & requirements confirmed
Protocol & method plan confirmed
In vivo study & bioanalysis
Data QC, statistics & full report
Regulatory queries & follow-up