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    NutriStem® hPSC XF Medium – 500mL

    Availability: In Stock
    Product Code: CM-0505

    Defined, xeno-free, serum-free medium. Designed for optimal growth and expansion of human iPS and hES cells. NutriStem® hPSC XF is registered as an In-vitro diagnostic (IVD) medical device. NutriStem® is a registered trademark of Biological Industries​. A Drug Master File (DMF) for NutriStem® hPSC XF is available.

    Availability: In Stock
    Product Code: CM-0505
    Size: Components (1):
    500 mL

    Qty:
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    NutriStem® hPSC XF Medium – 100mL

    Availability: In Stock
    Product Code: CM-0501

    Defined, xeno-free, serum-free medium. Designed for optimal growth and expansion of human iPS and hES cells. NutriStem® hPSC XF is registered as an In-vitro diagnostic (IVD) medical device. NutriStem® is a registered trademark of Biological Industries​. A Drug Master File (DMF) for NutriStem® hPSC XF is available.

    Availability: In Stock
    Product Code: CM-0501
    Size: Components (1):
    100 mL

    Qty:
    Show Product Documentation

    Renaissance Essential Tumor Medium

    Availability: In Stock
    Product Code: CM-0001

    Primary tumor cell culture media that may also be used for deriving and maintaining cell lines from patient samples. This product supports the in-vitro derivation and growth of multiple cancer types including breast, colon, lung, and ovarian.

    Availability: In Stock
    Product Code: CM-0001
    Size: Components (2):
    500 ml RETM-Basal Medium
    15 ml RETM- Supplement

    Qty:

    WIT-P Medium

    Availability: In Stock
    Product Code: CM-0101

    Cellaria's WIT-P™ Culture Medium supports the expansion of human primary mammary epithelial cells for more than 20 passages without the growth arrest that is seen with other primary epithelial cell culture media. In addition, primary mammary epithelial cells grown in WIT–P Culture Medium exhibit a more normal luminal pattern of gene expression than cells grown in other epithelial culture media1,2.

    • Serum-free and chemically-defined culture environment
    • BPECs survive more than 30 doublings in WIT-P
    • BPECs maintain luminal phenotype
    • No feeder cells required

    Availability: In Stock
    Product Code: CM-0101
    Size: Components (2):
    500 ml WIT Basal Medium
    15 ml WIT-P Supplement

    Qty:
    Show Product Documentation

    WIT-T Medium

    Availability: In Stock
    Product Code: CM-0103

    Cellaria's WIT-T™ Culture Medium has been specifically optimized for the robust culture of human mammary epithelial cells of transformed phenotype (e.g., immortalized cells transformed either with SV40 early region, termed BPLE cells, or with both SV40 early region and H-ras, known as BPLER cells), an important experimental model for the study of tumor cell biology1-3. Transformed human mammary epithelial cells grown in WIT-T Culture Medium yield tumors that more closely resemble naturally occurring human adenocarcinomas than cells grown in other epithelial cell culture media such as MEGM1,2.

    • Serum-free and chemically-defined culture environment
    • No feeder cells required
    • Fewer BPLER cells required for tumor formation
    • WIT-T supports highly tumorigenic and metastatic BPLER cells

    Availability: In Stock
    Product Code: CM-0103
    Size: Components (2):
    500 ml WIT Basal Medium
    15 ml WIT-T Supplement

    Qty:
    Show Product Documentation

    WIT-P-NC Medium

    Availability: In Stock
    Product Code: CM-0104

    Cellaria's WIT-P-NC™ Culture Medium supports the expansion of human primary mammary epithelial cells for more than 20 passages without the growth arrest that is seen with other primary epithelial cell culture media. In addition, primary mammary epithelial cells grown in WIT–P-NC Culture Medium exhibit a more normal luminal pattern of gene expression than cells grown in other epithelial culture media1,2.

      • Serum-free and chemically-defined culture environment
      • BPECs survive more than 30 doublings in WIT-P-NC
      • BPECs maintain luminal phenotype
      • No feeder cells required
    This product is identical to the WIT-P Culture Medium (Product Code CM-0101) with the exception that no cholera toxin is included. A final concentration of 100 ng/mL of cholera toxin should be added to the media prior to use.

    Availability: In Stock
    Product Code: CM-0104
    Size: Components (2):
    500 ml WIT Basal Medium
    15 ml WIT-P-NC Supplement

    Qty:
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    WIT-I Medium (discontinued)

    Availability: Discontinued
    Product Code: CM-0102

    This product is discontinued. We are recommending that you purchase WIT-T and supplement with Cholera Toxin.

    This product is discontinued and unavailable for purchase.
    Show Product Documentation

    Carousel Ovarian Cell Model

    Availability: In Stock
    Product Code: CB010-000001

    The Carousel cell model originates from endometrioid adenocarcinoma of the ovary, a part of our Raphael series for ovarian cancer lines.

    Tumor Type: Ovary
    Year of Origin: 2013
    Availability: In Stock
    Product Code: CB010-000001
    Size: 1-3 million cells per cryovial
    Qty:
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    Powder Ovarian Cell Model

    Availability: In Stock
    Product Code: CB011-000001

    The Powder cell model originates from serous carcinoma of the ovary, a part of our Raphael series for ovarian cancer lines.

    Tumor Type: Ovary
    Year of Origin: 2012
    Availability: In Stock
    Product Code: CB011-000001
    Size: 1-3 million cells per cryovial
    Qty:

    Ferry Colon Cell Model

    Availability: In Stock
    Product Code: CB020-000001

    The Ferry cell model originates from adenocarcinoma of the large intestine, a part of our Gorgione series for colon cancer lines.

    Tumor Type: Colon
    Year of Origin: 2013
    Availability: In Stock
    Product Code: CB020-000001
    Size: 1-3 million cells per cryovial
    Qty:

    Jacket Lung Cell Model

    Availability: In Stock
    Product Code: CB030-000001

    The Jacket cell model originates from adenocarcinoma of the lung, the first in our Da Vinci series of lung cancer lines.

    Tumor Type: Lung
    Year of Origin: 2013
    Availability: In Stock
    Product Code: CB030-000001
    Size: 1-3 million cells per cryovial
    Qty:

    Wood Breast Cell Model

    Availability: In Stock
    Product Code: CB040-000001

    The Wood cell model originates from an infiltrating ductal and lobular carcinoma of the breast, the first in our Cellini series of breast cancer lines.

    Tumor Type: Breast
    Year of Origin: 2013
    Availability: In Stock
    Product Code: CB040-000001
    Size: 1-3 million cells per cryovial
    Qty:

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