The ABO Blood Group System has one genetic locus that exhibits three (3) alleles: IA, IB, and i and four phenotypic traits: A, B, AB, and O. Because there are three alleles on one locus and the I and I are codominant over i, we will use the Hardy-Weinberg equations for three alleles. What is the possible genotype for this 7. What is the codominant phenotypic trait? trait? 8. What is the recessive phenotypic trait? trait? 2.800 9. What are the other possible phenotypic traits? genotypes for these traits? What is the possible genotype for this What are the other possible
The ABO Blood Group System has one genetic locus that exhibits three (3) alleles: IA, IB, and i and four phenotypic traits: A, B, AB, and O. Because there are three alleles on one locus and the I and I are codominant over i, we will use the Hardy-Weinberg equations for three alleles. What is the possible genotype for this 7. What is the codominant phenotypic trait? trait? 8. What is the recessive phenotypic trait? trait? 2.800 9. What are the other possible phenotypic traits? genotypes for these traits? What is the possible genotype for this What are the other possible
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
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
Related questions
Topic Video
Question
Please answer questions 7-9 and fill out the table (UV-13, A and B)
![CINE
B. ABO Frequencies
14912
The ABO Blood Group System has one genetic locus that exhibits three (3) alleles: IA, IB³, and i and four
phenotypic traits: A, B, AB, and O. Because there are three alleles on one locus and the IA and I are
codominant over i, we will use the Hardy-Weinberg equations for three alleles.
What is the possible genotype for this
7. What is the codominant phenotypic trait?
trait?
8. What is the recessive phenotypic trait?
trait?
9. What are the other possible phenotypic traits?
genotypes for these traits?
What are the other possible
SA gel
10. Calculate the allele and genotype frequencies and the population estimates for the A and B anti-
gens in the Biol 3302L population and show the calculations in the space provided.
11. Fill in Table UV-13 with the frequencies and estimates calculated using the Hardy-Weinberg Equa-
tions 3 and 4 along with the quadratic equation and formula.
A Alleles Dominance
Table UV-13. A) Allele and B) Genotype frequencies and population estimates for the A and B antigens (n =_________).
р
9
r
JA
[B
i
Total =
Allele
Frequencies
dan0039.anoushunis
What is the possible genotype for this
B Genotype Phenotypic Trait
p²
2pr
2pq
q²
2gr
p²
JAJA
Ai
JAIB
IBIB
[Bi
ii
Total =
Genotype Population
Frequencies Estimates
UV-18](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe94c4a4c-4fa0-4e4c-8c50-921c5b9fe660%2F9e8aa0c3-0117-4b03-a63e-4f24dbde87c6%2Fskjd67k_processed.jpeg&w=3840&q=75)
Transcribed Image Text:CINE
B. ABO Frequencies
14912
The ABO Blood Group System has one genetic locus that exhibits three (3) alleles: IA, IB³, and i and four
phenotypic traits: A, B, AB, and O. Because there are three alleles on one locus and the IA and I are
codominant over i, we will use the Hardy-Weinberg equations for three alleles.
What is the possible genotype for this
7. What is the codominant phenotypic trait?
trait?
8. What is the recessive phenotypic trait?
trait?
9. What are the other possible phenotypic traits?
genotypes for these traits?
What are the other possible
SA gel
10. Calculate the allele and genotype frequencies and the population estimates for the A and B anti-
gens in the Biol 3302L population and show the calculations in the space provided.
11. Fill in Table UV-13 with the frequencies and estimates calculated using the Hardy-Weinberg Equa-
tions 3 and 4 along with the quadratic equation and formula.
A Alleles Dominance
Table UV-13. A) Allele and B) Genotype frequencies and population estimates for the A and B antigens (n =_________).
р
9
r
JA
[B
i
Total =
Allele
Frequencies
dan0039.anoushunis
What is the possible genotype for this
B Genotype Phenotypic Trait
p²
2pr
2pq
q²
2gr
p²
JAJA
Ai
JAIB
IBIB
[Bi
ii
Total =
Genotype Population
Frequencies Estimates
UV-18
![21VO
Part 5: Calculating Frequencies
wol
Over several semesters, a population of ISU students from the Anatomy and Physiology II Laboratory
typed their blood. In lab today, we will use their results to predict the allele and genotype frequencies
in the Biol 3302L population.
notw
VOI
Divide into 12 separate groups with one to two people per group. Write you groups number on the
top of page UV:17.
850.0 = 000188
Your instructor will project the data.
1. Determine the total number of students that typed their
blood; n = 322
2. Fill in Table UV-11 with the number of students express-
ing the different phenotypic traits.
Table UV-11. ABO and Rh phenotypes ex-
pressed by the students in Biol 3302L.
ABO Phenotype
Number of Students
A
126
49
32
B
e slum AB
O
A. Rh (D antigen) Frequencies
Brub
Remember the Rh Blood Group System has one genetic
locus that exhibits two (2) alleles: D and d and two pheno-
types: Rh+ and Rh-. The Rh blood groups are determined
by the presence (+) or absence (-) of the D antigen on sur-
face of red blood cells. There are two possible alleles for
the Rh factor: a dominant allele (D) which encodes for the
D antigen protein on red blood cells, and a recessive allele
(d) which does not encode for the D antigen.
3. What are the possible genotype(s) for the dominant Rh trait:
4. What are the possible genotype(s) for the recessive Rh trait:
wi
od to
od jonne $38
10=0
en
Rh Phenotype
Rh+
Rh -
ot anpituld
COI
115
Number of Students
250
72
owi mo ghed
UV-16](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe94c4a4c-4fa0-4e4c-8c50-921c5b9fe660%2F9e8aa0c3-0117-4b03-a63e-4f24dbde87c6%2Fq7hyic_processed.jpeg&w=3840&q=75)
Transcribed Image Text:21VO
Part 5: Calculating Frequencies
wol
Over several semesters, a population of ISU students from the Anatomy and Physiology II Laboratory
typed their blood. In lab today, we will use their results to predict the allele and genotype frequencies
in the Biol 3302L population.
notw
VOI
Divide into 12 separate groups with one to two people per group. Write you groups number on the
top of page UV:17.
850.0 = 000188
Your instructor will project the data.
1. Determine the total number of students that typed their
blood; n = 322
2. Fill in Table UV-11 with the number of students express-
ing the different phenotypic traits.
Table UV-11. ABO and Rh phenotypes ex-
pressed by the students in Biol 3302L.
ABO Phenotype
Number of Students
A
126
49
32
B
e slum AB
O
A. Rh (D antigen) Frequencies
Brub
Remember the Rh Blood Group System has one genetic
locus that exhibits two (2) alleles: D and d and two pheno-
types: Rh+ and Rh-. The Rh blood groups are determined
by the presence (+) or absence (-) of the D antigen on sur-
face of red blood cells. There are two possible alleles for
the Rh factor: a dominant allele (D) which encodes for the
D antigen protein on red blood cells, and a recessive allele
(d) which does not encode for the D antigen.
3. What are the possible genotype(s) for the dominant Rh trait:
4. What are the possible genotype(s) for the recessive Rh trait:
wi
od to
od jonne $38
10=0
en
Rh Phenotype
Rh+
Rh -
ot anpituld
COI
115
Number of Students
250
72
owi mo ghed
UV-16
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