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X Chromosome (1336 Genes) PowerPoint Presentation
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X Chromosome (1336 Genes)

X Chromosome (1336 Genes)

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X Chromosome (1336 Genes)

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  1. X Chromosome (1336 Genes) Female Male

  2. Inactive X Chromosome (“Barr Body”) Fig. 7-9

  3. Embryo Paternal X chromosome inactivated Maternal X chromosome inactivated

  4. Anhidrotic Ectodermal Dysplasia Fig. 7-12

  5. G C C T A C G A T T C G G A T G C T A A G C C T A C G A T T C G G A T G C T A A G C C T A C G A T T C G G A T G C T A A G C C T A C G A T T C G G A T G C T A A

  6. Reciprocal Translocation

  7. Non-Reciprocal Translocation

  8. Translocation in CML

  9. Blood Cell Formation

  10. 14;21 Translocation 14 14 21 21 14;21

  11. Familial Down Syndrome Karyotype of offspring

  12. Cri-du-Chat Karyotype

  13. Cancer Cell Karyotype

  14. Phenotypic Characteristics of Mendel’s Pea Plants Fig. 3-1

  15. Meiosis and Mendel’s Law of Segregation Gg g G Fig. 3-11

  16. Gg/Ww Meiosis and Mendel’s Law of Independent Assortment Gw gw GW gW Fig. 3-11

  17. Pedigree Symbols Fig. 3-13

  18. Fig. 3-14

  19. Fig. 3-14

  20. Phenotypic Characteristics of Mendel’s Pea Plants Fig. 3-1

  21. Gibberellin Gg/Ww Meiosis and Mendel’s Law of Independent Assortment D allele Gw gw GW gW Fig. 3-11

  22. Gibberellin Gg/Ww Meiosis and Mendel’s Law of Independent Assortment d allele Gw gw GW gW Fig. 3-11

  23. Gg/Ww Meiosis and Mendel’s Law of Independent Assortment Genotype DD or Dd Gw gw GW gW Fig. 3-11

  24. Gg/Ww Meiosis and Mendel’s Law of Independent Assortment Genotype dd Gw gw GW gW Fig. 3-11

  25. “A” Antigen H substance H substance Precursor A Blood Group

  26. B Blood Group H substance H substance Precursor “B” Antigen

  27. “A” Antigen AB Blood Group “B” Antigen

  28. Pedigree for “Bombay” Phenotype Fig. 4-3

  29. F2 Ratios Observed in Epistasis * * * * * Recessive Epistasis * Fig. 4 - 8 Dominant Epistasis

  30. I II III X Linked Pedigree

  31. Coat Color Phenotype

  32. Fig. 4 -1 1 : 2 : 1

  33. Continuous Variation Tall Short

  34. Fig. 24 -2

  35. Phenotypic Classes Number of Genes 5 2 7 3 9 4 11 5 Fig. 24 - 3