Exploring Nanostructure Arrays for Single-Cell and Subcellular Manipulation and Detection

Physics & Astronomy

• manipulators 100%
• cells 60%
• settling 25%
• geometry 17%
• theses 16%
• nanowires 13%
• proteins 13%
• spacing 13%
• adhesion 7%
• predictions 6%
• indium arsenides 6%
• membranes 6%
• stem cells 6%
• augmentation 5%
• antibodies 5%
• gallium arsenides 4%
• affinity 4%
• guy wires 4%
• detachment 4%
• microbalances 4%
• neurons 4%
• adhesives 4%
• delivery 4%
• indium 4%
• proximity 4%
• carbon nanotubes 3%
• platforms 3%
• penetration 3%
• methodology 3%
• recording 3%
• alignment 3%
• quantum dots 3%
• costs 3%
• fluorescence 3%
• optimization 2%
• energy 2%
• sensitivity 2%
• molecules 2%