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Breast Cancer Cell lines

Through licensing agreements with the University of Michigan and the Karmanos Cancer Institute, Asterand provides 11 well characterized human breast cancer cell lines to assist in breast cancer research.

Ten SUM cell lines derived in Steve Ethier’s lab while present at the University of Michigan are available for purchase.  Each cell line, from a single patient, represents a different subtype of breast cancer. All of the currently known oncogenes with altered expression patterns in breast cancer, in various combinations, are represented and characterized in the SUM lines. These cell lines have been described in over 50 peer-reviewed publications, describing isolation and growth conditions, gene expression data through the use of Affymetrix GeneChips, and biomolecular markers, such as estrogen receptor and Her2 status. Click here to see a bibliography.

Asterand also offers the human breast cell line MCF10DCIS.com to researchers looking to model early breast cancer. MCF10DCIS.com is a clonal breast cancer cell line, derived by researchers in the Barbara Ann Karmanos Cancer Institute at Wayne State University. Pre-malignant MCF10AT cells were injected into severe combined immunodeficient (SCID) mice, resulting in tumor growth. The DCIS.com line was cloned from cell culture of this xenograft. Click here to see a bibliography.
All cell lines are provided in cryovial of ~1x106 cells. All of the cell lines available from Asterand were developed in conjunction with different academic institutions.  As a result of our agreements with these institutions, we offer our cell lines to academic and governmental researchers at prices lower than those available to our commercial customers.  If you have any questions about this policy, please email us at advantage@asterand.com.

MCF10DCIS.com
Our Price: $6,000.00

MCF10DCIS.com is a clonal breast cancer cell line. Pre-malignant MCF10AT cells were injected into severe combined immunodeficient (SCID) mice, resulting in tumor growth. The DCIS.com line was cloned from cell culture of this xenograft. Injection of the MCF10DCIS.com cells into SCID mice results in rapidly growing lesions that are predominantly comedo DCIS. The tumor mass of these tumors is composed of tightly packed tubular structures, many with central necrosis.

SUM-102PT
Our Price: $6,000.00


Developed from a patient ultimately diagnosed with extensive ductal carcinoma in situ with areas of micro-invasion. This specimen was obtained following completion of neo-adjuvant chemotherapy.
SUM-1315MO2
Our Price: $6,000.00


A cell line developed from a mouse xenograft derived by transplantation of a metastatic nodule of a patient with infiltrating ductal carcinoma.
SUM-149PT
Our Price: $6,000.00


Derived from a primary inflammatory ductal carcinoma of the breast, from a patient with locally advanced disease.
SUM-159PT
Our Price: $6,000.00


A cell line isolated from a primary tumor of a patient with anaplastic carcinoma of the breast.
SUM-185PE
Our Price: $6,000.00

This is a triple negative breast cancer cell line.

Derived from pleural effusion obtained from a patient with ductal carcinoma of the breast. Cytological examination of the effusion specimen confirmed the presence of carcinoma cells in the specimen.
SUM-190PT
Our Price: $6,000.00

Derived from a poorly differentiated inflammatory breast carcinoma. By immunohistochemistry these cancer cells were HER-2 positive, as well as ER and PR negative.
SUM-229PE
Our Price: $6,000.00

This is a triple negative breast cancer cell line.

The SUM-229PE cell line was derived from pleural effusion obtained from a patient with ER negative breast cancer.
SUM-44PE
Our Price: $6,000.00


Developed from a pleural effusion from a patient with ER positive breast cancer.
SUM-52PE
Our Price: $6,000.00


Developed from a pleural effusion, from a patient with ER positive breast cancer.