| Keywords: |
controlled study; protein expression; bone neoplasms; osteolysis; human cell; cancer recurrence; bone metastasis; protein function; animals; mice; gene overexpression; neoplasm recurrence, local; breast cancer; gene expression profiling; transforming growth factor beta; tumor markers, biological; small interfering rna; genetic association; in vivo study; cancer cell culture; tumor cells, cultured; breast neoplasms; cancer invasion; molecular mechanics; gene expression regulation, neoplastic; dna; chemotaxis; mice, nude; oligonucleotide array sequence analysis; gene identification; cell subpopulation; carcinoma; neoplasm metastasis; metastasis potential; dna microarray; disease models, animal; malignant transformation; comparative genomic hybridization; bioluminescence; inoculation; cell selection; connective tissue growth factor; cell surface protein; chemokine receptor cxcr4; smad4 protein; interleukin 11; human; female; article; microarray profiling
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