| Across |
| 2. | What development stage does translation gene regulation occur |
| 4. | Ribonucleases are secreted out of which organ |
| 6. | Location of RNA processing |
| 7. | Prokaryotic genes are mainly regulated by |
| 9. | PRPP inhibited by |
| 13. | A drug that inhibits the initiation of transcription |
| 14. | Process formRNA to Protein |
| 16. | Zinc-fingers contain 2 cysteines and 2--- residues |
| 17. | What type of linkage bonds the ribose sugar and nucleotide |
| 19. | Prokaryotic genes are organized into |
| 21. | Which form of DNA seen under physiological conditions |
| 23. | Conserved from early stages of evolution |
| 24. | The site of protein synthesis |
| 25. | High levels of uric acid in blood |
| 26. | Type of intramolecular bonds that hold DNA base pairs together |
| 27. | Process in RNA synthesis cause the local unwinding of DNA helix |
| 28. | A specialized transcriptional factor binds the domain of the nucleus |
| 30. | Signal pathway primarily utilized by Nuclear receptor signaling |
| 32. | A testicular cancer drug that convalently attatches to G residue in DNA |
| 36. | Translation machinery |
| 38. | Enzyme that Hydrolyzes phosphate groups during Nucleotide degradation |
| 40. | Carries information for more than one gene |
| 41. | Amino acids are held together by which type of bond |
| 42. | Responsible for the local DNA unwinding |
| 46. | Inactive gene segments found in |
| 49. | Source of amine group in the synthesis of GMP |
| 50. | Carries info for one gene |
| 51. | Nucleic acid and ribose sugar without phosphate group |
| 52. | Actively transcribed genes found in |
| 53. | Type of DNA that links nucleosomes |
| 54. | In nucleosomes what does eukaryotic DNA bind to |
| 55. | Used to treat chronic myelogenous leukemia and sickle cell disease |
| 56. | Suicide inhibitor for Thmidylate Synthase |
| 57. | A particular codon always codes for an amino acid |