please answer both blanks **Theme I: Understanding X-linked Recessive Inheritance of Red-Green Color Blindness**To explore the inheritance pattern of red-green color blindness, consider the genetic information and potential phenotypes of the progeny provided in the scenario below:**Scenario:**- **Color Blind Father of Individual A** (X-linked recessive trait) - **Individual A**: Prospective mother with normal color vision- **Individual B**: Prospective father with normal color vision **Question:** Which of the following four phenotypes is NOT expected among the progeny of Individuals A and B?1. A color-blind chromosomal female2. A color-blind chromosomal male3. A non-color-blind chromosomal female4. A non-color-blind chromosomal male**Answer:** _______________ because _______________ **Conceptual Note:** In X-linked recessive inheritance, males are more likely to express the trait because they have a single X chromosome, while females require two copies of the recessive allele. Consideration of potential carrier status and gene combinations can help determine expected outcomes.

Name: please answer both blanks **Theme I: Understanding X-linked Recessive
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Description: please answer both blanks **Theme I: Understanding X-linked Recessive Inheritance of Red-Green Color Blindness**To explore the inheritance pattern of red-green color blindness, consider the genetic information and potential phenotypes of the progeny

Answered: THEME I: Remember that red-green color…

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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please answer both blanks

**Theme I: Understanding X-linked Recessive Inheritance of Red-Green Color Blindness**

To explore the inheritance pattern of red-green color blindness, consider the genetic information and potential phenotypes of the progeny provided in the scenario below:

**Scenario:**

- **Color Blind Father of Individual A** (X-linked recessive trait)

- **Individual A**: Prospective mother with normal color vision

- **Individual B**: Prospective father with normal color vision

**Question:** Which of the following four phenotypes is NOT expected among the progeny of Individuals A and B?

1. A color-blind chromosomal female
2. A color-blind chromosomal male
3. A non-color-blind chromosomal female
4. A non-color-blind chromosomal male

**Answer:** _______________ because _______________

**Conceptual Note:** In X-linked recessive inheritance, males are more likely to express the trait because they have a single X chromosome, while females require two copies of the recessive allele. Consideration of potential carrier status and gene combinations can help determine expected outcomes.

Expert Solution

Step 1: Explain

Since red-green color blindness is X-linked recessive trait, the color blind father of individual A would transfer the allele for color blindness to the individual A. Now, individual A is of normal vision because the recessive trait of the red-green is masked under the dominant trait.

So in the given situation where an individual A with color-blind father has children with a normal vision male i.e. Individual B, the following might be the results of the progeny:

Normal vision female
Normal vision male
Color blind male

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