Table of Contents..

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1. Genetics: An Introduction
2. Genetics in the Classical Period
3. From the Greatest Apes to Gregor Mendel
4. Mendel's Work and His Laws
5. Sources Variations
6. Heterozygous Expression: Dominance and Lethal Genes
7. The Physical Basis of Heredity
8. The Plant Cell
9. Cell Cycle
10. Mitosis
11. Meiosis
12. Multiple and Null Alleles
13. Linkage and Crossing Over
14. Preproduction
15. Nucleic Acids: DNA and RNA
16. DNA Replication
17. Prokaryotic Chromosome, Plasmid, Phagemid and Cosmid
18. Eukaryotic Chromosome
19. Giant Eukaryotic Chromosomes
20. Mammalian Artificial Chromosome (Macs)
21. Chromosome Manipulation: Gynogenesis, Androgenesis and Ployploidy
22. Abnormalities in Chromosome Structure
23. Epistasis
24. Transposable Genetic Elements
25. Molecular Markers
26. Microsatellites
27. Mutations and Genetics Disease
28. Multiple Factors and Blood Groups
29. Twins, Physical Traits and Mental Traits
30. Sex Determination in Plants and Animals
31. Sex Linkage or Heterosomal Inheritance
32. Recombination
33. Plant Self-Incompatibility
34. Complexities of Genetics: Polygenes, Behavioral Traits and Eugenics
35. Nucleocytoplasmic Interaction and Cytoplasmic Inheritance
36. Population Genetics Evolution
37. Environmental Risk Assessment and Transgenic Plants
38. Genes Families and in Population
39. The Gene
40. Gene Expression
41. Gene Isolation
42. Enzymes in Genetic Engineering
43. Genetic Code
44. Gene Cloding and Gene Isolation
45. Regulation of Gene Activity
46. Gene Silencing and Antisense Technology
47. Genes and Development
48. Bacteriophages: A Genetic Tool
49. Genetics of Escherichia Coli
50. Mutations in Microorganisms
51. Microbial Genomics
52. Quantitative or Biometrical Genetics
53. Subject Index