Services

End-to-end services, from iPSC differentiation and disease modeling to custom assay development, powered by our proprietary transcription factor-based platform for fast, reproducible results.

Service Offerings

Partner with Ricoh Biosciences for direct access to a full portfolio of iPSC-based services — from custom differentiation to functional assays. Every engagement starts with a free consultation, so our scientific team can scope your project and help accelerate your research from day one.

Scientist working in the lab on iPSC-based service offerings

Advancing Drug Discovery Through Human-Relevant Models

  1. 01

    Patient Donors

  2. 02

    Human iPSCs

  3. Neurons
    Glial
    Endothelial
    Muscle
    03

    Multiple Cell Types

  4. 04

    Complex Human Models

  5. 05

    Translatable Data

Support for Every Stage of Drug Discovery

01

Target Identification & Validation

Test your hypothesis in the human cell types where the disease happens.

02

Assay Development & Screening

Build robust, scalable assays on reproducible, assay-ready human cells.

03

Lead Optimization & MOA

Rank compounds on native human biology, not overexpressed single targets.

04

Preclinical Safety & Tox

Flag neuronal liabilities early with functional readouts in human neurons.

05

Translational Research

Enable precision medicine: see how drug response varies across patients before you commit to a trial.

Disease Areas

ALS
Alzheimer’s
Parkinson’s
Epilepsy
Diabetes
Rare Disease
Other

Explore Our iPSC Services

From custom differentiation to disease modeling and functional assays, our platform supports every stage of your research pipeline.

Get the cells you need

iPSC differentiation, new protocol development, and banking services for your iPSC lines.

Immunofluorescence image of iPSC-derived cells generated through custom differentiation

Custom iPSC Differentiation

Assay-ready human cell types from your iPSC line or ours, with full QC. No line yet? We’ll source one or coordinate gene editing.

Human iPSC-derived cells from a novel cell type development project

Novel Cell Type Development

Need a cell type that isn't readily available? Our proprietary Human Gene Correlation Matrix finds the transcription factors then we build, validate and deliver it as assay-ready, cryopreserved cells.

Immunofluorescence staining of banked iPSCs for the pluripotency marker OCT4

iPSC Expansion, Characterization & Banking

Expand, characterize, and bank any iPSC line under one documented protocol. Every line is karyotyped and ships with expansion, pluripotency, and trilineage reports.

Get data from human cells

Disease models and functional assays, with expert support from study design to analysis.

Patient-derived iPSC-derived cells used for disease modeling

Disease Modeling

Patient-derived iPSC disease models for neurodegeneration and beyond. We source the right patient lines for your program and use our Quick Tissue™ platform to differentiate them reproducibly across donor backgrounds.

Immunofluorescence image of iPSC-derived cells from the Alzheimer’s disease panel

Alzheimer’s Disease Panel

Compare drug response line by line covering the full APOE spectrum, to identify responder signatures and form biomarker hypotheses before committing to a trial.

Healthy donor iPSC-derived motor neurons treated with DMSO, TDP-43 immunofluorescence Sporadic ALS iPSC-derived motor neurons treated with DMSO, TDP-43 immunofluorescence

Amyotrophic Lateral Sclerosis (ALS)

Patient-derived iPSC motor neurons that spontaneously develop TDP-43 mislocalization, across sporadic ALS and C9orf72, and TARDBP lines, for mechanism, target, and compound studies.

representative calcium flux assay fluorescence traces

Calcium Flux Assays

Real-time calcium signaling in human iPSC-derived neurons that express native ion channels and receptors, not overexpressed single targets. We generate the cells, run the assay on FDSS, and deliver analysis-ready data.

MEA neuronal network activity showing synchronized burst peaks and multielectrode spike raster data.

Multielectrode Array (MEA)

Network-level electrophysiology in human iPSC-derived neurons, glia, and disease models, on high-throughput or ultra-high-resolution systems.

Not sure which service fits your project?

Consultations are free. Tell us about your cell type, disease, and readout, and we’ll recommend a study design.

Schedule a Consultation

Custom Assay Services

Our custom assay services allow you to outsource key phenotypic and functional assays using our iPSC-derived cells. Whether you’re validating a disease model, screening compounds, or assessing efficacy and safety, our experienced team can run the assays you need — saving you time, resources, and internal bandwidth.

High-Content Imaging & Phenotypic Assays

Image-based analysis of cell identity, morphology, and disease-relevant phenotypes to confirm your model, quantify pathology, and measure how it changes with treatment.

Molecular & Biomarker Assays

Quantitative gene, protein, and secreted-factor analysis to characterize disease biology, track biomarkers, and measure drug response.

Electrophysiology & Calcium Imaging

Real-time functional readouts of cellular activity and signaling to see how your cells respond to compounds, stimuli, or disease-related changes.

Viability, Safety & Metabolic Assays

Assess cell health, metabolic function, and toxicity early, so you can flag safety liabilities in human-relevant models before they become costly.

Don't see your endpoint? We also develop custom marker panels and functional endpoints around your target, and can run assays on your own iPSC lines or compounds. Every project is tailored to your research goals, delivering high-quality, reproducible data in physiologically relevant human cell models. Request a free consultation to discuss your assay needs.

Explore Custom Assays

Speak to a Scientist Today

From custom differentiation and disease modeling to functional assays and iPSC banking, our team is here to help you find the right service for your program. Connect with a scientist to discuss your specific research needs.

Online Marketplaces

Our products and services are also available through Science Exchange and Scientist.com for efficient, compliant procurement with existing vendor frameworks.

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