Modulation of Cluster Incorporation Specificity in a De Novo Iron-Sulfur Cluster Binding Peptide

Engineering & Materials Science

• Peptides 99%
• Oxidation-Reduction 99%
• Sulfur 73%
• Iron 68%
• Modulation 58%
• Enzymes 58%
• Metalloproteins 52%
• Proteins 46%
• Carrier Proteins 40%
• Ligands 33%
• Electrons 25%

Medicine & Life Sciences

• Sulfur 89%
• Oxidation-Reduction 73%
• Iron 63%
• Peptides 48%
• Iron-Sulfur Proteins 40%
• Metalloproteins 40%
• Enzymes 27%
• Point Mutation 24%
• Carrier Proteins 21%
• Electrons 20%
• Ligands 17%
• Proteins 9%

Chemical Compounds

• Iron-Sulfur Cluster 100%
• Molecular Cluster 49%
• Peptide 43%
• Protein 31%
• Metalloprotein 31%
• Redox Potential 24%
• Mutation 21%
• Electron Transfer 17%
• Ligand 11%