Metastasis-associated protein 1 (MTA1) is transferred by exosomes and contributes to the regulation of hypoxia and estrogen signaling in breast cancer cells

Keyphrases

• Hypoxia Signaling 100%
• Breast Cancer Cells 100%
• Exosomes 100%
• Estrogen Signaling 100%
• MTA1 100%
• Breast Cancer 21%
• Estrogen Receptor Signaling 15%
• Hypoxia 10%
• Corepressor 10%
• Coactivator 10%
• Tumor Microenvironment 10%
• Cancer Exosomes 10%
• Breast Cancer Cell Lines 10%
• Exosome Transfer 10%
• Breast Cancer Progression 10%
• TdTomato 10%
• Metastatic Potential 5%
• Cell Proliferation 5%
• Signaling Pathway 5%
• Cancer Development 5%
• Genetic Engineering 5%
• In Cancer 5%
• Cell-cell Communication 5%
• Transcriptional Repressor 5%
• Membrane Binding 5%
• Mediated Transfer 5%
• Therapeutic Target 5%
• Poor Prognosis 5%
• Tumor Progression 5%
• Distant Site 5%
• Ectopic Overexpression 5%
• 4-hydroxytamoxifen 5%
• Reduced Cell 5%
• Fluorescent Microscopy 5%
• Hypoxic Response 5%
• Cancer Progression 5%
• Local Site 5%
• Signaling Regulation 5%
• Up-regulated Proteins 5%
• Reporter Assay 5%
• MDA-MB-231 5%
• Cellular Response 5%
• Hormone Receptor-negative 5%
• Tumor Metastasis 5%
• Vascular Endothelial Cells 5%
• Ectopic Expression 5%
• Knockout Cells 5%
• Tamoxifen Therapy 5%
• Cas9 Protein 5%
• Antibody Array 5%
• MCF-7 5%

Biochemistry, Genetics and Molecular Biology

• Cancer Cell 100%
• Synapsin I 100%
• Estrogen Receptor 15%
• Corepressor 10%
• Signal Transduction 5%
• Cell Proliferation 5%
• Genetics 5%
• Cell Communication 5%
• Tumor Progression 5%
• Hormone Receptor 5%
• CRISPR/Cas9 5%
• Ectopic Expression 5%