I. Molecular biology
1. The genetic information in DNA
2. The messenger RNA is involved in processes
3. Ways to transfer genetic information in nature
4. The basic postulate defines Creek
5. Species specificity of the DNA sequence depends on
6. Transfer RNA is characterized by the following properties
7. Genome - a
8. Vectors (vectors) of genes may serve as
9. DNA sequencing is used to determine
10. Complementary DNA are
11. The messenger RNA (mRNA) is the product of
12. Identify common types of transfer of genetic information
13. Determine the correct structure of regulatory sequences
prokaryotic genes
14. Determine the correct structure of the regulatory sequences of eukaryotic genes
15. The structure of prokaryotic gene structure consists of the following
16. As a part of pro-motor sequence distinguish sites
17. Unreplication of the ends of molecules of DNA is characteristic for
18. Telomerase activity is characteristic for
19. Functions sigma-subjeditsy of RNA – polymerases consist in
20. Functions of box enzyme of RNA polymerase consist in
21. Replication of a leading chain of DNA is characterized
22. In the field of a replikative fork the fermentative complex consisting from functions
23. Constancy of number of chromosomes among cellular generations is provided with process
24. DNA Sequencing
25. Polymerase chain reaction (PTsR)
26. Transgenic organisms are
27. Functions of ribosomal RNA (r-RNK)
28. Functions t-RNK
29. Transport (t) - RNA is characterized
30. It is characteristic for a gene eukaryotic
31. It is characteristic for genes prokaryotic
32.Genetic information is transferred from
33. Methods for studying the molecular biology
34. Molecular genetic techniques include methods
35. DNA strands are called
36. To the general transfer of genetic information are
37. By majoring transfer of genetic information is
38. The promoter is involved in processes
39. The item is part of the operon
40. The structure of the operon is
41. Type of transfer of hereditary information is called
42. The process of protein synthesis on the DNA molecule is called
43. Matrix synthesis and RNA occurs through the binding of complementary nitrogenous bases
44. Nucleic acids are contained in the genetic material
45. Termination of transcription can be carried out through interaction with RNA polymerase
46. The function of sigma subunit of RNA polymerase is
47. Unreplication daughter DNA molecules characteristic of
48. Shortening daughter DNA strands during replication occurs
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