Prediction of calcite morphology from computational and experimental studies of mutations of a de Novo-designed peptide

Physics & Astronomy

• calcite 88%
• mutations 80%
• peptides 76%
• predictions 36%
• minerals 29%
• crystal growth 18%
• proteins 15%
• crystal morphology 13%
• organisms 10%
• macromolecules 10%
• surface reactions 10%
• solid surfaces 10%
• binding energy 8%
• interactions 7%
• crystals 4%

Engineering & Materials Science

• Calcite 100%
• Peptides 90%
• Minerals 29%
• Crystal growth 27%
• Crystals 19%
• Proteins 18%
• Binding energy 15%
• Macromolecules 13%
• Conformations 12%
• Benchmarking 10%

Chemical Compounds

• Calcite 78%
• Mutation 58%
• Crystal Growth 22%
• Mineral 18%
• Calculation Algorithm 16%
• Crystal Morphology 11%
• Surface 10%
• Binding Energy 10%
• Macromolecule 9%
• Protein 9%