Quality control
Standard quality control at the core covers mycoplasma screening, and pluripotency evaluated by trilineage differentiation and fluorescent immunocytochemistry. For a flow cytometry panel of pluripotency markers, the Flow Cytometry Core runs one in about a day.
You provide
- Starting materialBlood, skin fibroblasts, or existing iPS cell line
- Protocol or earlier data
Request this service
Stem Cell Core replies with scope and price.
Your details
Your lab
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Nothing is booked or charged until you accept a quote.
You receive
- Mycoplasma screening
- Pluripotency checked by trilineage differentiation and staining
How it goes
You ask
Answer a few questions about your samples.
They scope it
The facility confirms it can be done and may ask for a detail or two.
You accept a quote
Price and timing, agreed before any work starts.
Results come back
Files arrive in your requests, with a note from the facility.
Where it's been used
Derivation and quality checks of WTD, a gene-corrected control iPS cell line, including pluripotency staining, trilineage differentiation and karyotype.
Generation of WTD, a control human iPSC line for genetic research
Macklin, Runyon, Feliciano, et al. · Stem Cell Research · 2025
Core staff co-authored this protocol for confirming iPS cell pluripotency by measuring undifferentiated stem cell markers with flow cytometry.
Optimized, Efficient Measurement of the Expression of Undifferentiated Stem Cell Markers in Human Induced Pluripotent Stem Cells (iPSCs) by Flow Cytometry
Saware, Runyon, Hu, et al. · Current Protocols · 2025
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