Integrated Oncogenic
Risk Assessment for
StemRNA™ iPSC Seed Clones
End-to-end coverage: Donor Cells→ Seed Clones → GMP MCB/WCB
Comprehensive 400+ cancer associated genes analyzed
WGS-based screening for high-impact variants + G-band karyology
Beyond Testing: Built-in Genomic Assurance
Unlike standalone assays, REPROCELL embeds genetic integrity analysis directly into the development of every StemRNA™ Clinical iPSC Seed Clone bank and GMP MCB and WCB.
This integrated pipeline systematically identifies pathogenic and likely pathogenic variants—whether inherited from the donor or acquired during reprogramming and expansion—ensuring a higher standard of genomic quality from the earliest stages of cell line development.
Each Seed Clone is supported by a comprehensive OncoPanel report, providing continuity and confidence from donor material through to downstream GMP Master Cell Bank (MCB) or Working Cell Bank (WCB) generation.
This includes whole genome sequencing (WGS)-based screening with targeted analysis of over 400 cancer-associated genes, enabling the detection of high-impact variants in key genes, such as TP53, BCOR, KRAS, and DNMT3A, for comprehensive assessment of genomic stability and tumorigenicity risk.
| Feature | REPROCELL OncoPanel | Typical OncoPanel Assays |
| Gene Coverage |
WGS with targeted analysis of 400+ cancer associated genes |
Limited panels (~50–100 genes) or targeted sequencing only |
| Regulatory Alignment | Aligned with FDA draft guidance recommending WGS for genomic integrity assessment | Not consistently aligned with WGS-based recommendations |
| Model | Included for evey cell bank | Performed as an on-demand test |
|
Scope |
Donor cells → iPSC → MCB | Typically single timepoint/sample |
| Output | Concise, clinically contextualized report | Often reported with limited clinical context |
High-resolution Oncogenic Screening at Scale
REPROCELL's OncoPanel platform uses WGS-based analysis to evaluate genetic variants across more than 400 cancer-associated genes.
This expanded coverage enables:
-
Detection of rare and emerging oncogenic mutations
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Broader risk assessment than targeted panels
-
Greater confidence in clinical translation
Traditional panels are limited in scope.
REPROCELL combines broad genomic coverage with deep analytical resolution to meet clinical application requirements.
Integrated Genetic Integrity Testing
Each clone undergoes testing of chromosomal analysis and OncoPanel Genomic Screening to ensure both structural and sequence-level stability.

From Raw Data to Actionable Decisions
Each OncoPanel report identifies high-impact variants and their clinical relevance using curated clinical databases.
Analysis includes:
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Identification of high-impact variants
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Annotation using public clinical databases (e.g., ClinVar, COSMIC)
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Prioritization of variants relevant to safety and tumorigenicity
This supports that only actionable, high-confidence findings inform your development decisions into IND-enabling studies, regulatory submissions,
and risk assessment strategies.
What You Receive
Comprehensive OncoPanel report
Variant classification and interpretation
Chromosomal analysis results
Integrated donor-to-MCB traceability
Documentation suitable for regulatory use
Additional Service:
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Custom variant analysis of donor and seed bank WGS data
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Tailored analyses for disease-specific applications
Testing is performed within REPROCELL’s GMP-aligned processes, ensuring:
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Full traceability
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Documentation readiness
- Alignment with regulatory expectations
Choose StemRNA™ Clinical iPSC Seed Clones with built-in genetic integrity assurance, so you can focus on advancing your therapy. To request more information, please fill out the inquiry form below.
Explore Relevant Pages:
Contact our experts
At REPROCELL, our scientists understand that your custom iPSC project must be as unique as your research. If you have any questions about how our Clinical iPSC Generation Service can help you advance your project, please make an inquiry using the form below.
Discover More
Resources
- FAQ: Clinical iPSCs
- FAQ: Clinical MSCs
- FAQ: iPSC-Derived Exosomes
- Making iPSC-Derived Therapeutics a Clinical Reality – our external article in the European Biopharmaceutical Review.
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