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Cell Based Assays Services
Ichor Life Sciences offers a broad range of standard and specialized cell based assays and molecular assays to address all of your in vitro needs. Phenotypic and functional studies provide robust datasets to answer your most compelling questions.
High Content Imaging
Our expertise in high content imaging and cell based assays will quickly translate your product into the clinic within the most pertinent biological systems. Experience the incredible capabilities of the Revvity Operetta CLS.
Cell Painting Assays
Cell painting provides a quantitative and unbiased morphometric and phenotypic readout across 5+ parameters at once. The goal is to identify specific morphological profiles under your test articles based on cellular size, shape, texture, and countless other variables. Couple this with your target of interest and the data to use your resources efficiently, while getting an abundance of data.
Flow Cytometry Services
Flow cytometry is a powerful tool and the cornerstone of single cell characterization and quantitation. 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.
Assay Development Services
If your most critical questions cannot be directly addressed with a standard cell based assay, we specialize at developing and validating custom assays to address specific biologies.
Technical Capabilities
Custom Assay Examples
Glioblastoma Spheroid Screening
Examine your molecule in one of our established in-vitro 3D tumor models. Our high-throughput imaging cytometers can screen hundreds of conditions simultaneously in comparison to current standards of care.
We can generate spheroids of precise dimensions, and have our surgical team implant them into our catalog of in-vivo models.
Optimized Cellular Targeting of Biologics
Our high throughput cell penetrating peptide (CPP) screens are designed to optimize cellular selectivity and organelle tropism based on target cell membrane physicochemistry and intracellular trafficking machinery.
