Proprietary Cell Lines

We have developed a range of proprietary cell lines and are actively developing other stem cell lines both in-house and in partnership with our academic collaborators. Our goal is to make a wider range of physiology relevant cell types available in formats useful for pharmaceutical research and to further advance the potential of stem cell-based regenerative medicines.

For more information on our cell lines, please submit the form provided below, or contact us to discuss your particular cell or technology requirements:

StemCells, Inc., 3155 Porter Drive, Palo Alto, CA 94304-1213, USA

Tel: +1 650 475 3100
Fax: +1 650 475 3101

www.stemcellsinc.com

Please check your interest in the below cell lines on this form.
Type	Description	Interest
	Neural stem cells Homogeneous, adherent stem cell lines derived from neural tissue that differentiate into neurons, astrocytes and oligodendrocytes. Cells are amenable to automated culture, nestin positive and can be supplied as live or frozen cells, lysates or RNA. TOP	Neural stem cells
	NS derived neurons Up to 60% MAP2 +ve cells differentiated in serum free conditions from either mouse or human NS cells can be supplied as live or frozen cells, lysates or RNA. TOP	NS derived neurons
	Astrocytes GFAP positive astrocytes differentiated from mouse or human ES cells or mouse or human neural stem cells can be provided as live or frozen cells, lysates or RNA at different time points in their differentiation. TOP	Astrocytes
	Oligodendrocytes A cell that provides insulation to nerve cells by forming a myelin sheath around axons. Can be differentiated from mouse neural stem cells to achieve approximately 20% oligodendrocytes in a heterogeneous culture. TOP	Oligodendrocytes
	Embryonic stem cells Pluripotent stem cells derived from the preimplantation (3-5 day old) embryo that have the potential to become any specialised cell type found in the body. Cells can be supplied as frozen vials, live cultures, lysates or RNA. Human ES cells derived by SCS in collaboration with Melbourne IVF and the Australian Stem Cell Centre are available from Millipore and the UK Stem Cell Bank. TOP	Embryonic stem cells
	ES derived neurons Monolayer neural differentiation cultures of either mouse or human ES can be supplied as live or frozen cells, lysates or RNA at different time points in their differentiation. TOP	ES derived neurons
	Multipotent adipose derived (hMADS) Human stem cells derived from adult tissue that have the potential to differentiated into adipocytes, chondrocytes, skeletal muscle and osteoblasts. Cells can be supplied as live or frozen cells, lysates or RNA. TOP	Multipotent adipose derived
	Adipocytes Differentiated from hMADS (above) using serum free media (citation). Cells have characteristics of white adipocytes: PPATg2 and aFABP mRNA expression, secrete leptin and adipoleptin and respond to B1 and B2 adrenoreceptor agonists. >90% differentiation in 384 well format. Cells can be supplied as live or frozen cells, lysates or RNA at different time points in their differentiation. TOP	Adipocytes
	Osteoblasts Differentiated from hMADS (above) using serum free media (citation). Cells express high levels of osteocalcin mRNA, are alkaline phosphatatse and alizarin red (shown) positive. Cells can be supplied as live or frozen cells, lysates or RNA at different time points in their differentiation. >90% differentiation in 384 well format. TOP	Osteoblasts
Name *
Title *
Company *
Address *
Telephone *
Email *
Description of your requirement. If you have a requirement which is not listed , please state here.*	* Required fields
You can also request to be subscribed to the new information mailing list, which receives occasional messages designed to keep you informed of any changes and developments in stem cell technology. I wish to receive updates from Stem Cell Sciences

Proprietary Cell Lines

I wish to receive updates from Stem Cell Sciences