CPE Chapter 13
AP BIO
Heredity: Ch 13,14,15
Word Pair Share
1.
2.
3.
4.
5.
meiosis/mitosis
DNA/Genes
Haploid/diploid
2n=/n=
somatic (autosomes) cells/germ (gametes)
cells
6. plant sex cycle/animal sex cycle
7. homologous pairs/sister chromatids
8. meiosis I/meiosis II
9. crossing over/synapsis
10. tetrad/chiasma
11. independent assortment/genetic variation
12. true breeding/hybridation
13. trait/gene
14. dominant/recessive
15. monohybrid punnett squares/dihybrid
punnett squares
16. P1 generation/f1 generation
17. Allele/gene
18. Homozygous/heterozygous
19. Phenotyp/genotype
20. Law of independent assortment/segregation
of alleles
21. Probabilities/multiplication rule
22. incomplete dominance/codominance
23. pleiotropy/traits
24. blood types/multiple alleles
25. epistasis/mouse color
26. pedigree/karyotype
27. recessively inherited diseases/dominantly
inherited diseases
28. morgan/Mendel
29. sex-linked genes/linked genes
30. crossing over/recombinant frequencies
31. genetic mapping/crossing over
32. x-inactivation/traits
33. non-disjunction/polyploidy
34. duplication/inversion/translocation
35. aneuploidy/sex chromosomes
1. Please skim chapter 13 first! Then give 1
solid sentencethesis about it.
2. Please sketch the diagram 13.8 and give a
brief summary of each phase.
3. Turn fig. 13.9 into one large or several
smaller Venn diagrams.
Chapter 14 CPE
1. Please skim chapter 14 first! Then give 1
solid sentence/thesis about it.
2. Sketch the testcross for figure 14.7 and
explain the process and results.
3. Sketch the dihybrid cross in figure 14.8. Do
not include the 4-square punnett square,
only the 16-square. Please explain how this
cross supports the idea that alleles sort
independently.
4. How do you feel about genetic testing and
counseling for lethal genetic diseases? Give
your opinion...make it count!
CPE Chapter 15
1. Please skim chapter 15 first! Then give 1
solid sentence/thesis about it.
2. Sketch figure 15.10 and describe in your
own words what is happening in each of the
punnett squares.
3. Sketch figure 15.12 and describe what is
happening during meiosis and the
consequences of non-disjunction.
I.
Heredity – 8% (approx. 3 weeks) Ch 13-15
A. Meiosis and gametogenesis – (Chapter 13)
1. Stages of meiosis
2. Genetic variation – crossing over,
independent assortment
B. Inheritance patterns – (Chapter 14)
1. Law of segregation, law of independent
assortment
2. Mendelian genetics – phenotypes,
genotypes, monohybrid & dihybrid
punnett squares
C. Eukaryotic chromosomes (Chapter 15)
1. Chromosomal basis for Mendelian
genetics
2. Linked genes
3. Sex-linked genes
4. Genetic disorders & chromosomal
abnormalities