Stem Cell Technologies

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Stem cell technologies offer great potential for disease research and treatment because these cells are pluripotent, meaning they have the ability to self-renew, until they are induced to differentiate into specialty cells. By introducing stem cells into a diseased organ, for example, the human body may be able to direct these cells to repair or rebuild tissues. In addition, the use of stem cells taken from...

...a specific patient would decrease the possibility of side effects or rejection by the patient’s own body. Stem cell technologies show promise for treating brain damage and degeneration, cancer, diabetes, neural tube defects, spinal cord injuries, heart disease, blindness and deafness. Researchers have already demonstrated that embryonic mouse stem cells can be used to grow human-mouse hybrid replacement teeth.

In addition to cloned invertebrate embryonic stem cells, researchers use stem cells from human bone marrow and umbilical cords, as well as human pluripotent stem cells (hPSCs), or induced pluripotent stem cells (iPSCs) and iPSC-derived cells manufactured from donated adult blood or skin tissue.

Stem cell technology products include stem cell grade culture medium; plant-based growth factors and cytokines; ec23 retinoid and LIF to control stem cell differentiation in vitro; protein purification reagents; vector cloning reagents with E. coli cell strains; fluorescent conjugates; column evaluation sets; Magnet Assisted Transfection (MATra) systems and plates; custom oligos and RNAi; detachable cell staining reagents and kits; antibodies; assay kits; cell growth containers; transfection reagents; DNA, RNA and protein extraction kits; mycoplasma removal agent; iPSC reprogramming, genetic engineering, and terminal cell differentiation services; human PBMC panels; and embryonic stem-cell clone injection services.

Lab instrumentation and equipment for stem cell technologies include cell sorters; cryogenic freezers; rotary cell culture systems; incubators; cell culture growth and analysis systems; automated nucleic acid purification systems; homogenizers; chromatography adsorbents; cell freezing containers; deep petri dishes, well plates and scaffolding for 3-D cell culture; biological safety cabinets; sample management and tracking software; tube and rack scanners; and thermoconductive microplate modules.

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