Structural and Antimicrobial Investigations of Zinc(II) Complexes of Histidine and Thiolates

Biochemistry, Genetics and Molecular Biology

1. Alkylation 5%
2. Amino Acid 33%
3. Antimicrobial Activity 16%
4. Bacterium 5%
5. Binding Protein 5%
6. Biochemistry 5%
7. Biological Activity 11%
8. Cooperation 5%
9. Crystal 5%
10. Crystal Structure 5%
11. Cysteamine 5%
12. Cysteine 33%
13. Deficiency 5%
14. Diffraction 5%
15. DNA RNA Hybridization 5%
16. Enzymatic Hydrolysis 11%
17. Enzyme 27%
18. Histidine 100%
19. Lipid 11%
20. Metabolic Pathway 11%
21. Metalloendopeptidase 5%
22. Metalloproteinase 5%
23. Metallothionein 16%
24. Minimum Inhibitory Concentration 5%
25. Nuclear Magnetic Resonance Spectroscopy 11%
26. Nucleic Acid 5%
27. Nucleic Acid Binding 5%
28. Oxidoreductase 5%
29. Protein Aggregation 5%
30. Protein Ligand 5%
31. Protein Structure 5%
32. Protein Tertiary Structure 5%
33. RNA 5%
34. Structure Activity Relationship 5%
35. Transcription 5%
36. Zinc 66%