Handbook of Molecular Biotechnology (Hardcover, 1)

1. Molecular biotechnology: from past achievements to future breakthroughs. Section I DNA Technologies. 2. DNA structure and function. 3. DNA purification. 4. DNA amplification. 5. DNA sequencing. 6. DNA cloning vectors. 7. DNA cloning. 8. DNA mutagenesis. 9. CRISPR/Cas9-mediated genome editing: Current status. 10. DNA epigenetic modifications. Section II RNA Technologies. 11. RNA structure and function. 12. RNA purification. 13. RNA amplification. 14. In vitro RNA transcription. 15. RNA sequencing. 16. RNA cloning. 17. RNA interference. 18. RNA modifications. Section III Protein Technologies. 19. Protein structure and function. 20. Protein purification. 21. Protein sequencing. 22. Cell free gene expression. 23. Protein expression. 24. Polyclonal antibodies. 25. Monoclonal antibodies. 26. Recombinant antibodies. 27. Protein modification. 28. Protein-protein interactions: A technical overview. 29. Protein-DNA interaction. 30. Protein-RNA interaction. 31. Protein-lipid interaction. 32. Protein-carbohydrate interaction. Section IV Molecular Approaches to Biotechnology. Diagnostics. 33. Molecular systematics. 34. Nucleic acid diagnostics. 35. Immunodiagnostics. 36. Mutation detection. 37. Molecular epidemiology. 38. Antimicrobial resistance: Causes, mechanisms, origins and characterizatio. 39. Biofilms and their impact on human health: the beauty and the beast. 40. Microbiome. 41. Genomics. 42. Transcriptomics. 43. Proteomics. 44. Harnessing dynamic metabolomics for bioprocess prediction and beyond. 45. Biosensors. Therapeutics. 46. Probiotics and prebiotics. 47. Dietary supplements. 48. Vaccines. 49. Phage therapy: A clinician’s guide. 50. Gene therapy. 51. Stem cell therapy. 52. Immuno- and targeted-therapies for cancer. 53. Biocontrol and bioremediation. Miscellaneous applications. 54 Forward and reverse genetics. 55. Genetically modified bacteria: History, principle, and utility. 56. Genetically modified Caenorhabditis elegans as an experimental model. 57. Genetically modified Drosophila melanogaster as an experimental model. 58. Genetically modified zebrafish as an experimental model. 59. In vitro tissue engineering. 60. Transgenic animals. 61. Transgenic plants. 62. Bioinformatics.