#1
October 24th, 2017, 02:48 PM
| |||
| |||
Dspace RGUHS Question Papers
I want the question paper of Molecular Biology of M.D Bio-Chemistry of Rajiv Gandhi University of Health Sciences so can you provide me?
|
#2
October 24th, 2017, 03:49 PM
| |||
| |||
Re: Dspace RGUHS Question Papers
I am providing you the question paper of Molecular Biology of M.D Bio-Chemistry of Rajiv Gandhi University of Health Sciences RGUHS M.D Bio-Chemistry Molecular Biology question paper Main Questions (20marks) 1. Genetic code; hybridoma technology. 2. Discuss in detail the regulation of gene expression and genetic engines. 3. Discuss in detail the regulation of gene activity. Write a note on inhibitors of protein synthesis. 4. Write an essay on metabolism of purine nucleotides, purine salvage pathway and gout. 5. Enumerate salient features of eukaryotic protein biosynthesis. Add a note on its inhibitors. 6. What is meant by recombinant DNA technology. Describe the various steps of preparation of recombinant DNA. What are the various applications of recombinant DNA technology. 7. Describe the principle, method, types and application of PCR. 8. Describe in various steps involved in DNA replication and its regulation. Add a note on the importance of telomerase. 9. Discuss the technique in cloning with its application in medicine. Short Essay Questions (10 marks) 1. Salvage pathway (R) of purine nucleotide biosynthesis. 2. Synthesis of pyrimidine nucleotides 3. Degradation of purine nucleotides and its disorders 4. Metabolism of purine metabolism and its regulations 5. Synthetic analogues of purine and pyrimidine nucleotides 6. Hyperuricemias 7. GOUT 8. t-RNA 9. micro RNA 10. Structure of DNA 11. Histones 12. Secondary structure of DNA 13. A, B and Z DNA. 14. Repair of DNA, DNA repair mechanism 15. Okazaki fragments 16. Replication of DNA (R) 17. Pribnow (TATA) box 18. Briefly discuss the synthesis of protein including the role of initiation factors 19. Reverse transcriptases, give examples and their significance 20. Post transcriptional processing 21. Oncogenes 22. Mutations (R) 23. Point mutations (R) 24. Chemical mutagenesis 25. Non specific mutageneis 26. Gene therapy(R) 27. Chimeric DNA (R), cDNA. 28. Techniques for introduction of DNA into mammalian cells 29. Role of molecular scissors in recombinant DNA technology (R) 30. Molecular cloning in clinical diagnosis and management 31. Probes used in recombinant DNA technology 32. Expression vectors 33. Vectors used in recombinant DNA technology 34. DNA finger printing and its applications 35. DNA microarrays 36. Polymerase chain reaction; principle and application (Rn) and site directed mutagenesis 37. Restricted fragment length polymorphism. 38. Detection of polymorphism 39. Human genome project (Rn) 40. Genetic code 41. Hypbridoma technology (Rn) 42. Medical genetics 43. Genomic imprinting. Contact- Rajiv Gandhi University of Health Sciences 4th T Block, Jayanagar, Bengaluru, Karnataka 560041 |
|