Identification of Novel Chemical Scaffolds as Trehalose6phosphate phosphatase Inhibitors: A Multipronged In Silico Approach

Biochemistry, Genetics and Molecular Biology

1. Active Site 10%
2. Amino Acid 5%
3. Anabolism 5%
4. Antibiotic Resistance 7%
5. Bacterium 31%
6. Binding Affinity 13%
7. Binding Energy 10%
8. Biofilm 5%
9. Bioinformatics 5%
10. Classification Algorithm 5%
11. Disaccharide 5%
12. Docking (Molecular) 10%
13. Drug Development 18%
14. Enzyme 47%
15. Hydrogen Bond 5%
16. Infectious Agent 10%
17. Metabolic Pathway 5%
18. Mole (Insectivora) 7%
19. Morbidity 5%
20. Moringa oleifera 5%
21. Mortality Rate 5%
22. Phosphatase 100%
23. Phytochemical 18%
24. Principal Component Analysis 10%
25. Protein Complexes 5%
26. Protein Interaction 7%
27. Proteome 5%
28. Proteomics 7%
29. Staphylococcus aureus 13%
30. Trehalose 55%
31. Virulence Factor 5%