Cell Biology

Scientists in blue lab coats and face masks are working in a row at laboratory benches, focusing on genetic toxicology. They use pipettes, containers, and other lab equipment under a sterile hood. The lab environment appears clean and organized.

Cell-Based Assays

Pharmaron’s cell-based assay services encompass the entire spectrum of cell biology—from standard IC50 doses to custom-tailored analyses of cellular responses to drug treatment. Our state-of-the-art technologies, including fully automated high-throughput screening via high-content imaging, push the boundaries of data-driven drug discovery.

Strategically co-located with our in vivo pharmacology, laboratory chemistry, and DMPK divisions, our cell-based assay services benefit from streamlined compound logistics, accelerating turnaround times, and DMTA cycles. For example, we execute routine cell-based assays within a 5-day turnaround from order to report.

Pharmaron’s cell-based assays vary in complexity according to project goals. We work with immortalized cell lines, disease-relevant primary cells, and advanced 3D models such as organoids derived from PDX tumors. These advanced cell biology readouts provide robust and clinically relevant findings.

Our unmatched expertise in cell-based assay services enables us to offer unparalleled functional assays and phenotypic screening with over 2,000 cell lines at our disposal:

Cell Models

  • Human cancer cell lines
  • Human normal cell lines
  • Rodent cancer cell lines
  • Organoids
  • Primary cells (whole blood, immune cells, microglia, etc.)
  • Drug-resistant cell lines
  • iPSCs (cardiomyocyte, neuron, etc.)
  • Engineered cell lines

Our cell line engineering department supports the development of cell-based assays.

The operetta high-content imaging system is used for cell biology services

Phenotypic Screening

  • Monolayer, 3D spheroid, organoid, co-culture cell-based assays
  • Primary cell and stem cell assays
  • High-content & real-time imaging
  • Cell Painting
  • Cellular disease models
    • Oncology
    • Neurology
    • Immunology
    • Metabolic Disorders
    • Cardiovascular Disorders
    • Fibrosis
Cell-based functional assays are performed with state-of-the-art instrumentation such as the SynchroPatch.

Cell-Based Functional Assays

  • Oxidative stress
  • Membrane potential, current, and field potential
  • Ion flux
  • Protein degradation
  • Post-translational modifications
  • Second messengers
  • Cell morphology
  • Cell activation and differentiation
  • Cell organelles
  • Cell metabolism
  • Cell migration
  • Protein location and translocation
  • DNA damage and repair
Mesoscale discovery is employed to study the mode of action after performing cell-based functional assays.

Mode of Action (MoA) Studies

Downstream Functional and Signaling Pathway Assays

Gloved hands handling an xMAP Technology automated maintenance plate used in biochemistry for high-throughput analysis.

Target Engagement

  • NanoBRET for multiple target classes
  • NanoBiT-based protein: protein interaction
  • Fluorescent probe-based high-content assay
  • Radioligand binding
  • Cellular thermal shift assay with various readouts
  • Flow cytometry
  • Mass spectrometry
Bioinformatics are required to analyze the complex data sets created when performing phenotypic screening.

Bioinformatics

  • Molecular docking
  • Genomics analysis
  • Proteomics analysis
  • Image analysis
  • Modeling and machine learning
  • Predictive metrics
Digital poster titled "Mechanism of BRAF Inhibitor Resistance Revealed by Cell Panel Screening and Bioinformatics," featuring charts and graphs. Accompanied by the text "Download Below" and the Pharmaron logo in the bottom right corner, this resource delves into genetic toxicology insights.

Mechanism of BRAF Inhibitor Resistance By Cell Panel Screening

A brochure cover showcasing Pharmaron's Fully Automated High-Throughput Screening Services. The left side has an image of a technician working with automated equipment used in Preclinical ADME studies. The right side features a "Download Below" call to action.

Fully Automated High-Throughput Screening Services

Conference poster by Pharmaron discussing the importance of linking activity across multiple in vitro assays for molecule understanding and progression.

Linking Activity Across Multiple in vitro Assays

Cancer cell panel screening services overview, featuring customizable plate layouts, validated cancer cell panel options, and PDF download from Pharmaron's cell panel screening service.

Cancer Cell Line Panel Screening Services

Scientists in blue lab coats and face masks are working in a row at laboratory benches, focusing on genetic toxicology. They use pipettes, containers, and other lab equipment under a sterile hood. The lab environment appears clean and organized.

Ready to test your compounds in cellular assays?