DNA-inspired hierarchical polymer design: Electrostatics and hydrogen bonding in concert

Engineering & Materials Science

• Macromolecules 100%
• Hydrogen bonds 99%
• Electrostatics 76%
• DNA 74%
• Polymers 52%
• Coulomb interactions 38%
• Nucleic acids 35%
• Biopolymers 33%
• Monomers 28%
• Proteins 22%
• Materials properties 20%

Medicine & Life Sciences

• Hydrogen Bonding 87%
• Static Electricity 85%
• Polymers 64%
• Stimuli Responsive Polymers 63%
• Biopolymers 48%
• DNA 40%
• Nucleic Acids 35%
• Research Personnel 25%
• Proteins 13%

Chemical Compounds

• Macromolecule 61%
• Hydrogen 36%
• Nucleobase 26%
• Biopolymer 23%
• Nucleic Acid 20%
• Monomer 14%
• Protein 9%
• Application 7%