Home » Human Glioma Cancer Cell Culture - T225 Plated Cells
Human Glioma Cancer Cell Culture - T225 Plated Cells
Catalog Number : 36104-40-T225
Availability : In Stock
Price : $5,500.00

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 Human Glioma Cancer Cell Culture - T225 Plated Cells

Also Avaliable as:

Frozen Vial Cells $550.00 shipped with Dry-ice. Cat#36104-40
T25 plated Cells $550.00 shipped at room temperature. Cat#36104-40-T25
T75 plated Cells $750.00 shipped at room temperature. Cat#36104-40-T75
T150 plated Cells $2500.00 shipped at room temperature. Cat#36104-40-T150

120 Population doublings or up to 12 passages.

This product would require pre-coated flasks with Human Glioma Cancer Cell Culture Extra-cellular Matrix Cat# E36104-40 and Human Glioma Cell Culture Media Cat# M36104-40

Source: Human Brain Cancer tissue.

Positive Markers: BRAF, CD133, P53, CD90, PDFR, O4, CD44, GFAP, ALDH, Oct4, SSEA ¾, Tumorigenicity (<1000 cells)

For non-academic use please inquire for pricing.

Cells are only guaranteed with purchase of Celprogen Media and Celprogen Extra Cellular Matrix for appropriate cell culture, for 30 days from the date of shipment.

Cell Cultures from single donors, 1000 different cell cultures available, please indicate which lots you require from the 1000 donors, or any subcategories of the cancer type at the time of order.  If you do not specify the subcategory, we will provide you the Human Glioma Cancer Cell Culture, randomly from our inventory. 

1000 individual donors are fully characterized proprietary patient-derived xenografts (PDX) representing all major histotypes and capturing tumor diversity.

Subcutaneous, orthotopic and disseminated models.  Extensive molecular and pharmacological characterization as well as information on patients' pretreatment to help you select the most appropriate model.

Integrated approach: use the same PDX models and/or the corresponding cell line in 2D/3D screening assays and follow-up in vivo studies, identify biomarkers predicting tumor sensitivity for your compound.

Individually tailored study designs: proof of concept, dose level and schedule optimization, combinations, biomarker identification, etc.