Outsource Your iPSC Differentiation to Experienced Specialists
Leverage Trailhead Biosystems’ differentiation expertise and the power of High-Dimensional Design-of-Experiments (HD-DoE®) to convert your induced pluripotent stem cell (iPSC) lines into functional cell types for disease modeling, drug discovery and research applications.
Flexible Starting Materials
Choose the starting material that best suits your project needs:
- Partner-provided iPSC lines
- Patient-derived iPSC lines
- Gene-edited iPSC lines
- Trailhead iPSC lines
Differentiation Capabilities
We have experience with cell types across multiple lineages:
- Hematopoietic progenitor cells (HPCs)
- Endothelial cells
- Neuronal cell types including A9 dopaminergic neurons and PV+ and SST+GABAergic neurons
- Other cell type-specific differentiation upon request
How It Works
Each custom differentiation project is built around your target cell type and validation requirements. We align on starting material, define characterization criteria, and execute differentiation under controlled conditions at the scale required for your study. Final cell products are delivered with documented QC and validation data.
Trailhead Advantages
When you choose to partner with Trailhead on your custom differentiation project, you get:
- Leverage Trailhead’s HD-DoE® platform to accelerate timelines
- Deep experience with iPSC differentiation workflows across all germ layers
- Controlled differentiation with rigorous QC to support batch-to-batch consistency
- Differentiation executed at the scale appropriate for your research needs
- Scientist-to-scientist collaboration to ensure technical alignment and project success
Featured Cell Type:
Custom Hematopoietic Progenitor Cells (HPCs)
- Our HD-DoE® platform supports controlled hematopoietic specification across control and disease model lines.
- Custom TrailBio® HPCs are suitable for differentiation into multiple blood lineages, including erythroid and myeloid pathways.
- Reach out to our team using the form below to discuss your HPC project.
TrailBio® Hematopoietic Progenitor Cells are also available for purcahse as a catalog product.
Learn more here
Ready to Start Your Project?
If you’re considering custom iPSC differentiation, tell us about your iPSC line and target cell type, and our scientific team will follow up directly to discuss your project.
For organizations that prefer marketplace procurement, Trailhead Biosystems’ custom services are also available through Scientist.com.
Custom iPSC Differentation FAQs
What is custom iPSC differentiation?
Trailhead’s custom iPSC differentiation service develops optimized protocols and produces iPSC-derived cell types to fit your specific research goals. Each project is designed around a target cell type and defined performance criteria, enabling the generation of cells with consistent identity and function to fit your application needs.
How does a custom iPSC project work?
Projects follow a structured, collaborative workflow:
- Project Consultation
- We align on target cell type, starting material, and defined success criteria.
- iPSC Sourcing & Expansion
- Customer-provided or Trailhead iPSC lines are qualified and expanded under controlled conditions.
- Optimization & Differentiation
- Trailhead applies our HD-DoE® platform to enable the development or refinement of differentiation conditions and produce the target cell type.
- Characterization, QC, & Delivery
- Cells are delivered with data aligned to the agreed criteria, including relevant phenotypic and functional validation.
What makes Trailhead’s approach to custom iPSC differentiation different?
Trailhead uses our proprietary HD-DoE® platform to develop new protocols or to optimize existing differentiation conditions in a systematic, data-driven way. This tech-focused approach enables faster development, improved reproducibility across experiments and cell lines, as well as tighter control over cell identity and performance.
What level of iPSC customization is supported?
Each custom differentiation project is flexible based on your requirements, including:
- Target cell type
- Starting iPSC material
- Marker profile and functional readouts
What starting materials can be used?
Trailhead can work with a range of inputs, including:
- Customer-provided iPSC lines
- TrailBio® iPSC lines
- Diseased or gene-edited iPSCs
What kind of data and validation are provided?
All custom differentiation projects include QC and cell characterization aligned to your predefined criteria. Depending on the project, this validation data may include:
- Marker expression analysis
- Functional assay data
- Post-thaw viability, cell count and purity metrics
- If applicable, batch consistency assessments
How does Trailhead ensure reproducibility?
Reproducibility is achieved through controlled differentiation conditions, HD-DoE®-driven optimization across variables and defined QC criteria are aligned to your project goals. This enables consistent cell performance across batches and, where applicable, across cell lines.
What scale can Trailhead support?
We support projects across the full-scale spectrum from small pilot studies to large, single-batch productions and consistent multi-batch campaigns for downstream research and assay workflows. Both 2D and 3D culture formats are available, matched to your cell type and scale requirements.
Will I be involved during the project?
Yes. Projects are run through our scientist-to-scientist collaboration model that includes a dedicated project team and project manager, along with regular data reviews and alignment points to ensure the work stays on track with your goals.
How long does a custom iPSC project take to complete?
Timelines will vary based on the target cell type, the duration of the differentiation process, the level of optimization required and the scale of the project. Trailhead’s HD-DoE®-optimized differentiation protocols can reduce development time compared to conventional approaches, though overall timelines remain dependent on project complexity and validation requirements.
How do I get started?
Simply submit your target cell type and project details through the form near the bottom of this page, and a member of our scientific team will follow up to discuss your project and next steps.