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9.3 Monohybrid crossing

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9.3 Monohybrid crossing

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Concept of the Punnett square and monohybrid crossing.

Created by

Jorge Arizpe
Jorge Arizpe
Mexico

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9.3 Monohybrid crossing
 

9.3 Monohybrid crossingOnline version

Concept of the Punnett square and monohybrid crossing.

by Jorge Arizpe
1
Gene A (yellow) is dominant over gene a (green).The crossing of AA and aa will give:

Gene A (yellow) is dominant over gene a (green).The crossing of AA and aa will give:

2

Gene A (yellow) is dominant over gene a (green). The crossing of 2 heterozygous Aa will give:

3
Partial dominance for antennae in insects: A Long, AB Medium, and B Short. Crossing of AA x BB

Partial dominance for antennae in insects: A Long, AB Medium, and B Short. Crossing of AA x BB

4

Partial dominance for antennae in insects :A Long, AB Medium, and B Short. Crossing of AB x AB

5
The color of the carnation flowers shows a partial or incomplete dominance. The R allele codes for red, the B allele for white and the heterozygote RB turns pink. At the crossing of two RB heterozygotes one might expect the color of their offspring to be:

The color of the carnation flowers shows a partial or incomplete dominance. The R allele codes for red, the B allele for white and the heterozygote RB turns pink. At the crossing of two RB heterozygotes one might expect the color of their offspring to be:

6
The color of the carnation flowers shows a partial or incomplete dominance. The R allele codes for red, the B allele for white and the heterozygote RB turns pink. At the intersection of two homozygous BBs and a heterozygous BR, how would you expect the color of the offspring to be?

The color of the carnation flowers shows a partial or incomplete dominance. The R allele codes for red, the B allele for white and the heterozygote RB turns pink. At the intersection of two homozygous BBs and a heterozygous BR, how would you expect the color of the offspring to be?

7
Some specimens of the Bobtail breed do not have a tail. Two dogs without a tail are crossed and the resulting offspring are: 75% puppies without a tail and 25% puppies with a tail. It can be concluded that the allele coding for "NO TAIL" is:

Some specimens of the Bobtail breed do not have a tail. Two dogs without a tail are crossed and the resulting offspring are: 75% puppies without a tail and 25% puppies with a tail. It can be concluded that the allele coding for "NO TAIL" is:

8
Daltonism (which is a condition that does not allow to distinguish some colors) is due to a recessive gene linked to the X chromosome. This recessive gene for color blindness is represented by dX and the chromosome of an un-impaired vision by X. What would be the possible phenotype of children resulting from the marriage between a carrier woman and a visually un-impaired man?

Daltonism (which is a condition that does not allow to distinguish some colors) is due to a recessive gene linked to the X chromosome. This recessive gene for color blindness is represented by dX and the chromosome of an un-impaired vision by X. What would be the possible phenotype of children resulting from the marriage between a carrier woman and a visually un-impaired man?

9
Daltonism (which is a condition that does not allow to distinguish some colors) is due to a recessive gene linked to the X chromosome. This recessive gene for color blindness is represented by dX and the chromosome of an un-impaired vision by X. What would be the possible phenotype of children resulting from the marriage between a carrier woman and a Daltonic man?

Daltonism (which is a condition that does not allow to distinguish some colors) is due to a recessive gene linked to the X chromosome. This recessive gene for color blindness is represented by dX and the chromosome of an un-impaired vision by X. What would be the possible phenotype of children resulting from the marriage between a carrier woman and a Daltonic man?

10
DNA segment that contains the information for a specific trait.

DNA segment that contains the information for a specific trait.

11
It is the name given to the variant forms of a gene

It is the name given to the variant forms of a gene

12
This cell contains the total chromosomes of a species. It is represented as 2n.

This cell contains the total chromosomes of a species. It is represented as 2n.

13
This cell contains only half of a species' chromosomes. It is represented as n

This cell contains only half of a species' chromosomes. It is represented as n

14
When an organism has two identical alleles for the same gene, it is said to be:

When an organism has two identical alleles for the same gene, it is said to be:

15

Which one of these represents a heterozygous genotype?