Enjoying the fruits of knowledge: cracking the Cis-regulatory code of genes controlling sugar accumulation in tomato

Biochemistry, Genetics and Molecular Biology

1. Gene Control 100%
2. Promoter Region 100%
3. Glucose-1-Phosphate Adenylyltransferase 73%
4. Transcription Factors 46%
5. Regulatory Sequence 33%
6. CRISPR/Cas9 26%
7. Sucrose 20%
8. Repressor 20%
9. Arabidopsis 20%
10. Gene Expression 20%
11. Gene Targeting 20%
12. Carbohydrates 20%
13. Mutagenesis 13%
14. Starch 13%
15. Wild Type 13%
16. Amino Acids 13%
17. Pribnow Box 13%
18. Downregulation 13%
19. Allele 13%
20. Invertase 13%
21. CRISPR 13%
22. Fibrinogen 13%
23. Fructose 13%
24. Posttranslational Modification 6%
25. RNA Interference 6%
26. Transcription 6%
27. Genome Editing 6%
28. Metabolic Pathway 6%
29. Jasmonate 6%
30. Candidate Gene 6%
31. Homologous Recombination 6%
32. Essential Gene 6%
33. Zinc Finger Transcription Factor 6%
34. Binding Site 6%
35. Upregulation 6%
36. Fruit Size 6%
37. Amino Acid Substitution 6%
38. Replicon 6%
39. Protein Complexes 6%
40. Plastid 6%
41. Protoplast 6%
42. Fruit Development 6%
43. Photosynthate 6%
44. HAT1 6%
45. Abscisic Acid 6%
46. Site-Directed Mutagenesis 6%
47. Cultivar 6%