Skip to content
In Vitro Pharmacology Services
Ichor Life Sciences provides comprehensive in vitro pharmacology services to support drug discovery, target validation, and preclinical drug development. Our cell-based and biochemical assays help researchers evaluate compound activity, investigate mechanisms of action, and characterize drug candidates across a range of biological systems.
We combine cellular models, functional assays, and advanced analytical techniques to support informed decisions throughout the drug development process.
Advancing Drug Discovery with Our In Vitro Pharmacology Services
In vitro pharmacology services plays a critical role in understanding how drug candidates interact with biological targets and influence cellular function. Our services help researchers characterize compound potency, evaluate biological responses, and identify promising candidates before advancing into in vivo studies.
Cell-Based Assays
Our in vitro pharmacology services offer a broad range of standard and specialized cell based and molecular assays to address all of your in vitro needs. Phenotypic and functional studies provide robust datasets to answer your most compelling questions.
Our capabilities include:
- Cell Viability and Cytotoxicity Assays
- Cell Proliferation Assays
- Apoptosis Assays
- Cell Migration and Scratch Wound Assays
- Chemotaxis Assays
- Cellular Signaling Assays
- Cell-Based Functional Assays
- 2D and 3D Cell Culture Assays
- Flow Cytometry
Flow Cytometry Services
Flow cytometry is a powerful tool and the cornerstone of single cell characterization and quantitation. Through our in vitro pharmacology services we offer a wide variety of platforms to effectively address your needs. From 2-color conventional flow to 20+ color spectral flow to FACS, our flow team offers unparalleled expertise.
Applications include:
- Immunophenotyping
- Fluorescence Activated Cell Sorting (FACS)
- Cell Cycle Analysis
- Cell Surface Marker Analysis
- Intracellular Signaling
- Cell Death Analysis
- Functional Cell Analyses
- Immune Cell Activation Analysis
- Multiparameter Flow Cytometry
Our flow cytometry capabilities provide quantitative data to support immunology, oncology, and other preclinical research programs.
High-Content Screening & Cellular Imaging
By leveraging automated microscopy, fluorescent detection, and multiparameter algorithms, our high content screening enables the visual and quantifiable data of therapeutics in cell population.
Applications include:
- High-Content Imaging and Analysis
- Cell Painting Assays
- Receptor Internalization Assays
- Cellular Morphology Analysis
- Phenotypic Screening
- Intracellular Protein Localization
- Multiparametric Cellular Analysis
By evaluating changes in cellular morphology, protein expression, and biological function, high-content screening provides detailed insights into compound activity and cellular mechanisms.
Biochemical & Functional Assays
Our biochemical and functional assay services support the characterization of molecular interactions, target activity, and downstream biological responses. These assays help researchers evaluate drug candidates and understand the biochemical mechanisms underlying therapeutic activity.
Our capabilities include:
- Enzyme Activity and Inhibition Assays
- Protein-Protein Interaction Assays
- Receptor Activity Assays
- Target Engagement Assays
- ELISA-Based Assays
- Western Blot Analysis
- Protein Expression Analysis
- Dose-Response and Potency Assays
These techniques can be integrated with cell-based studies to provide a more comprehensive understanding of compound activity and target modulation.
In Vitro Pharmacology Services from Screening to Lead Optimization
Our in vitro pharmacology services provide researchers with flexible experimental solutions throughout the drug discovery process. Whether evaluating compound activity, investigating cellular mechanisms, or developing specialized assays, Ichor Life Sciences delivers scientific support tailored to your research objectives.
By integrating cell-based assays, biochemical characterization, high-content screening, and functional analysis, we help researchers generate the data needed to advance promising therapeutic candidates