188 Inheritance Monohybrid Cross AO The study of single-gene inheritance is achieved by performing four, but you get identical pairs). Determine the genotype and monohybrid crosses. The six basic types of matings possible phenotype frequencies for the crosses below (enter the among the three genotypes can be observed by studying a pair frequencies in the spaces provided). For crosses 3 to 6, you mu of alleles that govern coat color in the guinea pig. A dominant also determine gametes produced by each parent (write these in allele: given the symbol B produces black hair, and its recessive the circles), and offspring (F1) genotypes and phenotypes (write allele: b, produces white. Each of the parents can produce two in the genotype inside the offspring and state it black or white types of gamete by the process of meiosis (in reality there are Homozygous white Homozygous black Heterozygous black Homozygous black bb BB Parents Bb BB Gametes Possible ertilzations Bb Bb Bb Bb BB BB Bb Bb Cross 1: 100% Bb Cross 2: (a) Genotype frequency: (a) Genotype frequency: | Offspring (F) (b) Phenotype trequency. 100% black (b) Phenotype frequency. - Heterozygous black Heterozygous black Homozygous black Homozygous black Bb Bb BB BB Cross 3: Cross 4: (a) Genotype frequency: (a) Genotype frequency: (b) Phenotype frequency. (b) Phenotype frequency. - Homozygous white Heterozygous black Homozygous white Homozygous white bb Bb bb bb

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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188
Inheritance
AO
Monohybrid Cross
The study of single-gene inheritance is achieved by performing four, but you get identical pairs). Determine the genotype and
monohybrid crosses. The six basic types of matings possible phenotype frequencies for the crosses below (enter the
among the three genotypes can be observed by studying a pair frequencies in the spaces provided). For crosses 3 to 6, you muet
of alleles that govern coat color in the guinea pig. A dominant also determine gametes produced by each parent (write these in
allele: given the symbol B produces black hair, and its recessive the circles), and offspring (F1) genotypes and phenotypes (write
allele: b, produces white. Each of the parents can produce two in the genotype inside the offspring and state if black or white).
types of gamete by the process of meiosis (in reality there are
Homozygous white
Homozygous black
Heterozygous black
Homozygous black
bb w
BB
Parents
Bb
BB
Gametes
Possible
fortilizations
Bb
Bb
Bb
Bb
BB
BB
Bb
Bb
Cross 1:
Cross 2:
100% Bb
(a) Genotype frequency:
(a) Genotype frequency:
| Offspring (F)
(b) Phenotype frequency:. 100% black
(b) Phenotype frequency. -
Heterozygous black
Heterozygous black
Homozygous black
Homozygous black
Bb
Bb
BB
BB
Cross 3:
Cross 4:
(a) Genotype frequency:
(a) Genotype frequency:
(b) Phenotype frequency:-
(b) Phenotype frequency: -
Homozygous white
Heterozygous black
Homozygous white
Homozygous white
bb
Bb
bb
bb w

Expert Solution

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A monohybrid cross is a hereditary mix among two people who have homozygous genotypes, or genotypes that have totally dominant or fully recessive alleles, which appear in opposite phenotypes for a certain genetic trait.

Dominant traits are always displayed when the connected allele is dominant, even if just one copy of the dominant trait exists. Recessive traits are displayed only if both the relevant alleles are recessive.

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