1. Replication & Transcription

2. Replication One of the hallmarks of living organisms is their ability to reproduce. DNA contains the genetic information

4. The interrelationship of DNA,RNA & Protein

5. DNA Contains Four Deoxynucleotides

7. Double-stranded DNA

8. Formation of hydrogen bonds between complementary bases in double-stranded DNA

9. Base pairing

10. Supercoiling of DNA. DNA Exists in Relaxed & Supercoiled Forms

11. Negative and positive supercoils.

12. Important structural elements of a yeast chromosome

14. extent of DNA packaging in metaphase chromosomes

17. Requirements for DNA Replication

18. DNA provides a template for Replication & transcription

19. DNA replication is semiconservative

20. Steps involved in DNA replication in eukaryotes

21. Classes of proteins involved in replication

26. The initiation of DNA synthesis upon a primer of RNA

33. DNA polymerase III

37. A comparison of prokaryotic and eukaryotic DNA polymerases

38. DNA Polymerases

39. The telomere replicacion problem

41. Cyclins and cyclin-dependent kinases involved in cell cycle progression

42. Cell cycle

43. RNA Synthesis, Processing, & Modification

44. Prokaryotic gene PromoterCoding regionTermination

46. Introns in two eukaryotic genes.

47. Promoter structure

48. Bacterial promoters

49. Eukaryotic Promoters Are More Complex

50. the transcription control regions

51. Summary of the properties of enhancers.

55. Nomenclature and properties of mammalian nuclear DNA-dependent RNA polymerases.

58. Structure of a typical eukaryotic mRNA showing elements that are involved in regulating mRNA stability

63. Typical aminoacyl tRNA

65. Classes of eukaryotic RNA.

66. Components of mammalian ribosomes