Transcriptional complementarity in breast cancer: application to detection of circulating tumor cells.

Raymond L. Houghton,Davin C. Dillon,David A. Molesh,Barbara K. Zehentner,Jiangchun Xu,John Jiang,Cheryl Schmidt,Anthony Frudakis,Elizabeth A. Repasky,Aristides Maltez Filho,Marcos Nolasco,Roberto Badaró,Xinqun Zhang,Patrick C. Roche,David H. Persing,Steven G. Reed

Transcriptional complementarity in breast cancer: application to detection of circulating tumor cells.

2001

Raymond L. Houghton
Davin C. Dillon
David A. Molesh
Barbara K. Zehentner
Jiangchun Xu
John Jiang
Cheryl Schmidt
Anthony Frudakis
Elizabeth A. Repasky
Aristides Maltez Filho
Marcos Nolasco
Roberto Badaró
Xinqun Zhang
Patrick C. Roche
David H. Persing
Steven G. Reed

Background: We used a combination of genetic subtraction, silicon DNA micro-array analysis, and quantitative PCR to identify tissue-and tumor-specific genes as diagnostic targets for breast cancer.

Keywords:

Biology
Mammaglobin-A
Breast cancer
DNA microarray
Molecular biology
DNA
Circulating tumor cell
Real-time polymerase chain reaction
Gene
Metastatic breast cancer
Complementation
Complementarity (molecular biology)

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