Figure 5.1 presented abbreviated pedigrees looking at the inheritance of X-linked human conditions. El Figure 5.1a initiated with a male who was color blind and had hemophilia A. The grandsons and great-grandsons of this male were either color blind and had hemophilia A, or they had neither condition. a. Which if any individuals in the G Fig. 5.1a pedigree is a double heterozygote? b. Are any of the grandsons or great-grandsons shown in the pedigree the product of recombinant type gametes? c. Do the genes responsible for color blindness and hemophilia A segregate independently? d. If you examined many pedigrees, each starting with a man who was simultaneously color blind and had hemophilia A, do you think any grandsons or great-grandsons would ever have one condition but not the other? L Figure 5.1b initiated with a male who was color blind and had hemophilia B. The grandsons of this male were either only color blind, only had hemophilia B, had both conditions, or they had neither condition. e. Which if any individuals in the L Fig. 5.1b pedigree is a double heterozygote? f. Are any of the grandsons or great-grandsons shown in the pedigree the product of recombinant type gametes? g. If you examined many pedigrees, each starting with a man who was simultaneously color blind and had hemophilia B, do you think it is possible that the genes responsible for these two conditions would be genetically linked? Pls help me answer this question asap with best answers simple explanation you can pls On the image there below the figure5.1 is posted
Figure 5.1 presented abbreviated pedigrees looking at the inheritance of X-linked human conditions. El Figure 5.1a initiated with a male who was color blind and had hemophilia A. The grandsons and great-grandsons of this male were either color blind and had hemophilia A, or they had neither condition. a. Which if any individuals in the G Fig. 5.1a pedigree is a double heterozygote? b. Are any of the grandsons or great-grandsons shown in the pedigree the product of recombinant type gametes? c. Do the genes responsible for color blindness and hemophilia A segregate independently? d. If you examined many pedigrees, each starting with a man who was simultaneously color blind and had hemophilia A, do you think any grandsons or great-grandsons would ever have one condition but not the other? L Figure 5.1b initiated with a male who was color blind and had hemophilia B. The grandsons of this male were either only color blind, only had hemophilia B, had both conditions, or they had neither condition. e. Which if any individuals in the L Fig. 5.1b pedigree is a double heterozygote? f. Are any of the grandsons or great-grandsons shown in the pedigree the product of recombinant type gametes? g. If you examined many pedigrees, each starting with a man who was simultaneously color blind and had hemophilia B, do you think it is possible that the genes responsible for these two conditions would be genetically linked? Pls help me answer this question asap with best answers simple explanation you can pls On the image there below the figure5.1 is posted
Human Heredity: Principles and Issues (MindTap Course List)
11th Edition
ISBN:9781305251052
Author:Michael Cummings
Publisher:Michael Cummings
Chapter11: Genome Alterations: Mutation And Epigenetics
Section: Chapter Questions
Problem 5QP: Achondroplasia is a rare dominant autosomal defect resulting in dwarfism. The unaffected brother of...
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Figure 5.1 presented abbreviated pedigrees
looking at the inheritance of X-linked human
conditions. El Figure 5.1a initiated with a
male who was color blind and had hemophilia
A. The grandsons and great-grandsons of this
male were either color blind and had
hemophilia A, or they had neither condition.
a. Which if any individuals in the G Fig. 5.1a
pedigree is a double heterozygote?
b. Are any of the grandsons or great-grandsons
shown in the pedigree the product of
recombinant type gametes?
c. Do the genes responsible for color blindness
and hemophilia A segregate independently?
d. If you examined many pedigrees, each
starting with a man who was simultaneously
color blind and had hemophilia A, do you
think any grandsons or great-grandsons
would ever have one condition but not the
other?
L Figure 5.1b initiated with a male who was
color blind and had hemophilia B. The
grandsons of this male were either only color
blind, only had hemophilia B, had both
conditions, or they had neither condition.
e. Which if any individuals in the L Fig. 5.1b
pedigree is a double heterozygote?
f. Are any of the grandsons or great-grandsons
shown in the pedigree the product of recombinant type gametes?
g. If you examined many pedigrees, each
starting with a man who was simultaneously
color blind and had hemophilia B, do you
think it is possible that the genes responsible
for these two conditions would be
genetically linked?
Pls help me answer this question asap with best answers simple explanation you can pls
On the image there below the figure5.1 is posted
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