Title: Figure 14.0 Painting of Mendel
1Figure 14.0 Painting of Mendel
2Figure 14.0x Mendel
3Figure 14.1 A genetic cross
4Figure 14.2 Mendel tracked heritable characters
for three generations
5Figure 14.x1 Sweet pea flowers
6Figure 14.3 Alleles, alternative versions of a
gene
7Table 14.1 The Results of Mendels F1 Crosses
for Seven Characters in Pea Plants
8Figure 14.x2 Round and wrinkled peas
9Figure 14.4 Mendels law of segregation (Layer 1)
10Figure 14.4 Mendels law of segregation (Layer 2)
11Figure 14.5 Genotype versus phenotype
12Figure 14.6 A testcross
13Figure 14.7 Testing two hypotheses for
segregation in a dihybrid cross
14Figure 14.8 Segregation of alleles and
fertilization as chance events
15Figure 14.9x Incomplete dominance in carnations
16Figure 14.9 Incomplete dominance in snapdragon
color
17Figure 14.10 Multiple alleles for the ABO blood
groups
18Figure 14.10x ABO blood types
19Figure 14.11 An example of epistasis
20Figure 14.12 A simplified model for polygenic
inheritance of skin color
21Figure 14.13 The effect of environment of
phenotype
22Figure 14.14 Pedigree analysis
23Figure 14.15 Pleiotropic effects of the
sickle-cell allele in a homozygote
24Figure 14.16 Large families provide excellent
case studies of human genetics
25Figure 14.17 Testing a fetus for genetic
disorders
26Figure 15.0 Chromosomes
27Figure 15.0x Chromosomes
28Figure 15.1 The chomosomal basis of Mendels laws
29Figure 15.2 Morgans first mutant
30Figure 15.3 Sex-linked inheritance
31Unnumbered Figure (page 272) Drosophila testcross
32Figure 15.4 Evidence for linked genes in
Drosophila
33Figure 15.5a Recombination due to crossing over
34Figure 15.5b Recombination due to crossing over
35Figure 15.6 Using recombination frequencies to
construct a genetic map
36Figure 15.7 A partial genetic map of a
Drosophila chromosome
37Figure 15.8 Some chromosomal systems of sex
determination
38Figure 15.9 The transmission of sex-linked
recessive traits
39Figure 15.10 X inactivation and the
tortoiseshell cat
40Figure 15.10x Calico cat
41Figure 15.11 Meiotic nondisjunction
42Figure 15.12 A tetraploid mammal?
43Figure 15.x1 Translocation
44Figure 15.13 Alterations of chromosome structure
45Figure 15.14 Down syndrome
46Figure 15.x2 Klinefelter syndrome
47Figure 15.x3 XYY karyotype
48Figure 15.15 Genomic imprinting (Layer 1)
49Figure 15.15 Genomic imprinting (Layer 2)
50Figure 15.15 Genomic imprinting (Layer 3)
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53Figure 15.16 Cytoplasmic inheritance in tomato
leaves