Human Induced Pluripotent Cells (Human iPS Cell Lines)
Jump start your iPS cell research with pre-made, high quality iPS cell lines
• iPS cell lines made using Oct4, Sox2, c-Myc, and KLF4
• Study the induced pluripotency process
• Measure mRNA and microRNA signatures
• Identify novel epigenetic markers to study pattern formation
• Develop directed differentiation protocols
All iPS Cell lines are certified to be pluripotent through iPS Cell Marker staining
Stem cell markers for SSEA4/1 and Nanog were determined by immunocytochemistry using primary antibodies for SSEA1 (Millipore), SSEA4 (Abcam) and Nanog (Abcam) followed by fluorescent-labeled secondary Alexa594 antibodies (Invitrogen). Detection of Alkaline Phosphatase activity was performed using the AP Detection kit (Millipore). Teratoma assays were performed by subcutaneous injection of 1x10^6 iPS cells into the dorsal flank of SCID mice. Teratomas were visualized after 4 weeks with hematoxylin and eosin staining.
Custom iPS Cell Line Service
Provide cells from your human or mouse model system, and our partner SBI will reprogram the cells using lentivirus expressing Oct4, Sox2, Klf4, and c-myc.
After about 3 months you will receive your specific iPS Cell Line, certified to be pluripotent through marker staining. Please see link below to request a quotation.
|Human Adipose Stem Cell-derived (feeder-free) iPS cells (hASC-iPSCs)||SC402A-1-GVO-SBI||2 x 10e5 cells||1266 €||DETAILS|
|Human Fibroblast-derived (feeder-free) iPSC Cell Line||SC102A-1-GVO-SBI||2 x 10e5 cells||1243 €||DETAILS|