a) Determine the genotype of each progeny The phenotype of the progeny Genotype Frequency Plum, Colored endosperm, Non- 2728 waxy Shrunken, endosperm, Waxy Shrunken, Colored endosperm, Waxy Plum, Non-colored endosperm, Non-waxy Plum, Colored endosperm, Waxy Shrunken, endosperm, Non-waxy Shrunken, colored endosperm, Non-waxy Plum, Non-colored endosperm, Waxy b) Compute for the linkage value in Region I. Show your solution. c) Compute for the linkage value in Region II. Show your solution. d) Compute for the linkage value in DCO. Show your solution. e) Compute for Coefficient of coincidence. Show your solution. f) What is the implication of that CC value? g) Compute for Interference. Show your solution. h) What is the implication of that I value? i) Make a linkage map of the three genes Non-colored 2518 118 114 591 Non-Colored 604 4 3

Human Anatomy & Physiology (11th Edition)
11th Edition
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Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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c) State your conclusion:
d) What is the correct gene sequence?
a) Determine the genotype of each progeny
The phenotype of the progeny Genotype Frequency
Plum, Colored endosperm, Non-
2728
waxy
Shrunken,
endosperm, Waxy
Shrunken, Colored endosperm,
Waxy
Plum, Non-colored endosperm,
Non-waxy
Plum, Colored endosperm, Waxy
Shrunken,
endosperm, Non-waxy
Shrunken, colored endosperm,
Non-waxy
Plum, Non-colored endosperm,
Waxy
b) Compute for the linkage value in Region I. Show your solution.
c) Compute for the linkage value in Region II. Show your solution.
d) Compute for the linkage value in DCO. Show your solution.
e) Compute for Coefficient of coincidence. Show your solution.
f) What is the implication of that CC value?
g) Compute for Interference. Show your solution.
h) What is the implication of that I value?
i) Make a linkage map of the three genes
Non-colored
2518
118
114
591
Non-Colored
604
4
3
Transcribed Image Text:c) State your conclusion: d) What is the correct gene sequence? a) Determine the genotype of each progeny The phenotype of the progeny Genotype Frequency Plum, Colored endosperm, Non- 2728 waxy Shrunken, endosperm, Waxy Shrunken, Colored endosperm, Waxy Plum, Non-colored endosperm, Non-waxy Plum, Colored endosperm, Waxy Shrunken, endosperm, Non-waxy Shrunken, colored endosperm, Non-waxy Plum, Non-colored endosperm, Waxy b) Compute for the linkage value in Region I. Show your solution. c) Compute for the linkage value in Region II. Show your solution. d) Compute for the linkage value in DCO. Show your solution. e) Compute for Coefficient of coincidence. Show your solution. f) What is the implication of that CC value? g) Compute for Interference. Show your solution. h) What is the implication of that I value? i) Make a linkage map of the three genes Non-colored 2518 118 114 591 Non-Colored 604 4 3
Three Linked Genes
Sh
Shrunken kernel
sb
Plum Kernel
Colored endosperm
Non-
endosperm
colored
WX
Waxy texture
Wx
Non-waxy texture
Phenotype of the progeny
Plum, Colored endosperm, Non-waxy.
Shrunken, Non-colored endosperm, Waxy
Shrunken, Colored endosperm, Waxy
Plum, Non-colored endosperm, Non-waxy
Plum, Colored endosperm, Waxy
Shrunken, Non-Colored endosperm, Non-waxy
Shrunken, colored endosperm, Non-waxy.
Plum, Non-colored endosperm, Waxy
Frequency
2728
2518
118
114
591
604
a) State your hypothesis:
b) Test your hypothesis:
Deviation
Phenotypic
Class
Observed
Frequency (0)
Expected
Frequency (E)
X2=D2 /E
D2
(D = O-E)
1
2
6.
n =
X-com=
o IN lco
Transcribed Image Text:Three Linked Genes Sh Shrunken kernel sb Plum Kernel Colored endosperm Non- endosperm colored WX Waxy texture Wx Non-waxy texture Phenotype of the progeny Plum, Colored endosperm, Non-waxy. Shrunken, Non-colored endosperm, Waxy Shrunken, Colored endosperm, Waxy Plum, Non-colored endosperm, Non-waxy Plum, Colored endosperm, Waxy Shrunken, Non-Colored endosperm, Non-waxy Shrunken, colored endosperm, Non-waxy. Plum, Non-colored endosperm, Waxy Frequency 2728 2518 118 114 591 604 a) State your hypothesis: b) Test your hypothesis: Deviation Phenotypic Class Observed Frequency (0) Expected Frequency (E) X2=D2 /E D2 (D = O-E) 1 2 6. n = X-com= o IN lco
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