female puple wish to have children. The woman knows she a ier for hemophilia. The man is not a hemophiliac. Use notation Xh for hemophilia and XH for the dominant le to complete the diagram on the right including the ent genotypes, gametes and possible fertilizations. te the genotypes and phenotypes in the table below. XY XhXh Y Gametes Xh Xh Genotypes Phenotypes Possible fertilizations Male children Xh Xhx XhY XhX Paternal game Paternal gametes Female children 00 A second couple also wish to have children. The woman knows her maternal grandfather was a hemophiliac, but neither her mother or father were. Determine the probability she is a carrier (XHX") Use the Punnett squares, right, to help you: Paternal gamete Paternal gametes Maternal gametes 00 Maternal gametes 00

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
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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is thal ui
ANensn
hilia is an inherited genetic disorder linked to the
nosome that results in ineffective blood clotting when a blood
is damaged. The most common type, hemophilia A, occurs
5000 male births. Any male who carries the gene will express
enotype. Hemophilia is extremely rare in women.
Parents
Carrler
female
Normal
male
couple wish to have children. The woman knows she a
rrier for hemophilia. The man is not a hemophiliac. Use
e notation Xh for hemophilia and XH for the dominant
ele to complete the diagram on the right including the
arent genotypes, gametes and possible fertilizations.
rite the genotypes and phenotypes in the table below.
XY
XhXh
Gametes
Xh
Xh
Genotypes
Phenotypes
Possible
lertilizations
Male
children
XhY
Xhx
XhY
XhX
Paternal gametes
Paternal gametes
Female
children
00
00
A second couple also wish to have children. The
woman knows her maternal grandfather was a
hemophiliac, but neither her mother or father were.
Determine the probability she is a carrier (XHX") Use
the Punnett squares, right, to help you:
18E
Paternal gametes
Paternal gametes
Maternal gametes
Maternal gametes
00
Transcribed Image Text:is thal ui ANensn hilia is an inherited genetic disorder linked to the nosome that results in ineffective blood clotting when a blood is damaged. The most common type, hemophilia A, occurs 5000 male births. Any male who carries the gene will express enotype. Hemophilia is extremely rare in women. Parents Carrler female Normal male couple wish to have children. The woman knows she a rrier for hemophilia. The man is not a hemophiliac. Use e notation Xh for hemophilia and XH for the dominant ele to complete the diagram on the right including the arent genotypes, gametes and possible fertilizations. rite the genotypes and phenotypes in the table below. XY XhXh Gametes Xh Xh Genotypes Phenotypes Possible lertilizations Male children XhY Xhx XhY XhX Paternal gametes Paternal gametes Female children 00 00 A second couple also wish to have children. The woman knows her maternal grandfather was a hemophiliac, but neither her mother or father were. Determine the probability she is a carrier (XHX") Use the Punnett squares, right, to help you: 18E Paternal gametes Paternal gametes Maternal gametes Maternal gametes 00
lertillzations
children
Xhx
XhY
XhX
XhY
Paternal gametes
Patenal gametes
Female
children
00
frim
A second couple also wish to have children. The
woman knows her maternal grandfather was a
hemophiliac, but neither her mother or father were.
Determine the probability she is a carrier (XHXh) Use
the Punnett squares, right, to help you:
18181
Paternal gametes
Paternal gametes
00
00
) The man is a normal non-hemophiliac male.
Determine the probability that their first male child will
have hemophilia. Use the Punnett squares, right, to
help you:
The gene for red-green colour vision is carried on the X
chromosome. If the gene is faulty, colour blindness (X)
will occur in males. Red-green colour blindness occurs in
about 8% of males but in less than 1% of females.
Parents
Non colour
blind female
Colour
blind male
A colour blind man has children with a woman who is
not colour blind. The couple have four children. Their
Maternal gametes
00
Maternal gametes
00
Transcribed Image Text:lertillzations children Xhx XhY XhX XhY Paternal gametes Patenal gametes Female children 00 frim A second couple also wish to have children. The woman knows her maternal grandfather was a hemophiliac, but neither her mother or father were. Determine the probability she is a carrier (XHXh) Use the Punnett squares, right, to help you: 18181 Paternal gametes Paternal gametes 00 00 ) The man is a normal non-hemophiliac male. Determine the probability that their first male child will have hemophilia. Use the Punnett squares, right, to help you: The gene for red-green colour vision is carried on the X chromosome. If the gene is faulty, colour blindness (X) will occur in males. Red-green colour blindness occurs in about 8% of males but in less than 1% of females. Parents Non colour blind female Colour blind male A colour blind man has children with a woman who is not colour blind. The couple have four children. Their Maternal gametes 00 Maternal gametes 00
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