Slowing and controlling the translocation of DNA in a solid-state nanopore

Engineering & Materials Science

• Computer simulation 4%
• Costs 6%
• DNA 69%
• Genomics 8%
• Ions 7%
• Metals 5%
• Molecular dynamics 9%
• Nanopores 100%
• Nucleotides 63%
• Proteins 7%
• Temperature 3%
• Throughput 5%
• Transistors 7%
• Viscosity 6%

Chemical Compounds

• DNA Sequencing 16%
• Ion 5%
• Molar Property 17%
• Molecular Dynamics 9%
• Nucleotide 55%
• Pore 8%
• Protein 5%
• Sequencing Method 40%
• Simulation 8%
• Solvent 6%
• Time 4%
• Tunneling Current 20%