Moles can have red, pink, or albino skin pigment. A true-breeding red mole mated with a true-breeding albino produce 100% pink mole offspring. The gene for eyesight is controlled by two alleles that are each haplosufficient. A true-breeding mole with eyesight in both eyes is mated with a true-breeding mole blind in both eyes. 100% of offspring have 1 blind eye and 1 seeing eye. Each trait is controlled by one gene and the genes independently assort. From a dihybrid cross, match the probability of producing the given phenotypes. You may use an answer choice more than once. V [Choose ) 3/4 9/16 1/16 1/8 3/16 Pink with 1 blind and 1 seeing eye Albino with two blind eyes 6/16 1/4 Red with two seeing eyes

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,...
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Moles can have red, pink, or albino skin pigment. A true-breeding red mole mated with a true-breeding albino produce 100% pink mole
offspring.
The gene for eyesight is controlled by two alleles that are each haplosufficient. A true-breeding mole with eyesight in both eyes is mated
with a true-breeding mole blind in both eyes. 100% of offspring have 1 blind eye and 1 seeing eye.
Each trait is controlled by one gene and the genes independently assort.
From a dihybrid cross, match the probability of producing the given phenotypes. You may use an answer choice more than once.
Pink with 1 blind and 1 seeing eye
V[ Choose ]
3/4
9/16
1/16
Albino with two blind eyes
1/8
3/16
6/16
1/4
Red with two seeing eyes
Transcribed Image Text:Moles can have red, pink, or albino skin pigment. A true-breeding red mole mated with a true-breeding albino produce 100% pink mole offspring. The gene for eyesight is controlled by two alleles that are each haplosufficient. A true-breeding mole with eyesight in both eyes is mated with a true-breeding mole blind in both eyes. 100% of offspring have 1 blind eye and 1 seeing eye. Each trait is controlled by one gene and the genes independently assort. From a dihybrid cross, match the probability of producing the given phenotypes. You may use an answer choice more than once. Pink with 1 blind and 1 seeing eye V[ Choose ] 3/4 9/16 1/16 Albino with two blind eyes 1/8 3/16 6/16 1/4 Red with two seeing eyes
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