About the Book
1. Inbreeding and Outbreeding, 2. Hybridization, 3. Heterosis Breeding, 4. Ploidy Breeding, 5. Mutation Breeding, 6. Breeding for Disease Resistance, 7. Gene Expression, 8. Genetic Code, 9. Protein Synthesis, 10. DNA Replication, 11. Transcription, 12. Regulation (Control) of Gene Expression, 13. Population Genetics, 14. Hardy Weinberg Law, 15. Genetic Drift, 16. Introdution to Evolution, 17. Lamarckism, 18. Neo-Lamarckism, 19. Darwinism, 20. Neo-Darwinism, 21. Mutation Theory of De Vries, 22. Modern version of Mutation theory, 23. Natural Selection, 24. Fossil Records, 25. Elemental Forces of Evolution, 26. Variation, 27. Speciation, 28. Patterns of Evolution, 29. Postadaptaion and Preadaptation, 30. Introduction to Biostatistics, 31. Graphic Presentation of Data, 32. Diagrammatic Presentation of Data, 33. Measures of Central Tendency, 34. Measures of Dispersion, 35. Standard Error, 36. Chi-Square Test, 37. Student?s ?t? Test, 38. Correlation, 39. Frequency Distribution, 40. Probability, 41. Regression Analysis, 42. Theoretical Probability Distribution, 43. Sampling and Test of Significance, 44. Analysis of Variance, 45. Genetic Engineering, 46. Construction of rDNA, 47. Gene Cloning, 48. PCR, 49. Blotting Techniques, 50. Molecular Markers and their Application, 51. Chromosome Walking, 52. Chromosome Jumping, 53. Colony Hybridization, 54. Reporter Gene, 55. Dot Blot Techniques, 56. ELISA, 57. DNA Sequencing, 58. Genomic Library, 59. cDNA Libraries, 60. Glossary, 61. Index
