Microfluidic channel-coupled 3D quartz nanohole arrays for high capture and release efficiency of BT20 cancer cells

Keyphrases

• Silica 100%
• Three-dimensional (3D) 100%
• Microfluidic Channel 100%
• Cancer Cells 100%
• Release Rate 100%
• Nanohole Array 100%
• BT-20 100%
• Efficient Capture 100%
• Tumor Cells 66%
• Cell Capture 66%
• Streptavidin 50%
• Rare Tumor Cells 50%
• Nanostructures 33%
• Cell Release 33%
• Whole Blood 33%
• Cell Therapy 33%
• Circulating Tumor Cells 33%
• Cell-to-cell 16%
• Cell Tumor 16%
• Cancer Patients 16%
• Antitumor 16%
• Cell chip 16%
• Simple Process 16%
• Silicon Nanowires (SiNWs) 16%
• Transplantation 16%
• 3D Nanostructure 16%
• Nanostructured Substrates 16%
• Patient-specific 16%
• Nanostructured Materials 16%
• Secreted Proteins 16%
• Capture System 16%
• Release System 16%
• Polymer Modified 16%
• Biological Characteristics 16%
• Local Contact 16%
• Cell Separation 16%
• Protein Analysis 16%
• Capture Rate 16%
• Secreted Molecules 16%
• Protein Studies 16%
• Nanostructured Platform 16%
• Very Rare Tumors 16%
• Separation Yield 16%

Engineering

• Microfluidic Channel 100%
• Silicon Dioxide 100%
• Nanomaterial 66%
• Cell Capture 66%
• Release Rate 33%
• Cell Array 16%
• Patient Specific 16%
• Far Cell 16%
• Nanowire 16%

Biochemistry, Genetics and Molecular Biology

• Streptavidin 100%
• Cancer Cell 100%
• Protein Characterization 33%
• Molecular Wire 33%
• Cell Separation 33%