United Pharmaceuticals Inc. delivers robust bioanalytical solutions designed to support drug development programs from early discovery through late-stage clinical studies. Our bioanalytical services encompass method development, assay validation, and sample analysis across multiple platforms to generate reliable PK, TK, and PD data. Through strategically coordinated laboratory operations, we focus on producing accurate, reproducible bioanalytical results that support critical decision-making across preclinical and clinical research programs.
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Our bioanalytical testing services are conducted in purpose-built laboratories equipped with advanced analytical instrumentation. Services may be performed as independent bioanalytical engagements or integrated within broader preclinical and clinical service packages.
Each study is supported by validated methods, controlled workflows, and experienced scientific oversight to ensure data quality, regulatory alignment, and operational efficiency.
Our laboratories generate high-quality data to support pharmacokinetic, toxicokinetic, pharmacodynamic, and biomarker-driven decision-making. Bioanalytical support is provided for a wide range of study applications, including:
We support analysis across a wide range of biological matrices using techniques such as mass spectrometry, ligand-binding platforms, immunogenicity testing, biomarker evaluation, flow cytometry, and microsampling methodologies. Our laboratories are equipped to support both internal research programs and external sponsor studies with consistency and precision.
Our bioanalytical laboratories provide comprehensive analytical support for both small- and large-molecule development programs. Utilizing LC-MS/MS and ligand-binding assay technologies, we generate high-quality data across all development phases. From early discovery through Phase IV, our teams support diverse bioanalytical requirements, including molecular assays, PCR-based analysis, oligonucleotide testing, microsampling strategies, and flow-based applications.
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