In situ analysis of human breast tissue shows the down-regulation of Spry isoforms in breast cancer. In situ analysis of human breast tissue shows the.

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In situ analysis of human breast tissue shows the down-regulation of Spry isoforms in breast cancer. In situ analysis of human breast tissue shows the down-regulation of Spry isoforms in breast cancer. A, in situ staining for hSpry2 (left) and hFgf8 (right) in a normal section of tissue found in a human ductal carcinoma. Both hSpry2 and hFgf8 were colocalized in the epithelial lining of breast ducts. B, H&E and in situ staining of for hSpry1, hSpry2, and hFgf8 in a human ductal carcinoma (grade 3). There is no detectable hSpry2 or hSpry1 staining, although hFgf8 (previously shown to be up-regulated in breast cancer) staining is still apparent. C, immunohistochemical staining of hSpry2 in normal human breast tissue. The hSpry2 localizes specifically in the epithelial lining of the breast duct. D, immunohistochemical staining of hSpry2, ErbB2 (using Neu-2 antibody), and Fgf8 in an invasive ductal carcinoma (grade 3). The hSpry2 expression is down-regulated in breast cancer. In the same tissue, both ErbB2 (stained with Neu-2 antibody) and Fgf8 are present in relatively high amounts. ErbB2 and Fgf8, which have been shown previously to be up-regulated in breast cancer, have been used as positive controls to show the integrity of the tissue. Ting Ling Lo et al. Cancer Res 2004;64:6127-6136 ©2004 by American Association for Cancer Research