pedigree when creating this one. Ray and Elaine were married in 1970. They both had normal vision. They had 2 daughters and then a son. Both daughters, Alicia and Candace, had normal vision and never had any children of their own. The son, Mike, was colorblind. The son married Beth who also had normal vision and they had 2 children of their own, first Greg then Victoria. Victoria was colorblind, but Greg was not. Colorblindness is a sex-linked recessive trait. Do not forget what shapes are male and female. Place the names and genotypes of the people under their shape. Color your individuals the following: Red- for colorblindness White-for regular vision Blue-for individuals with regular vision but are carriers Green- unknown genotype

pedigree when creating this one. Ray and Elaine were married in 1970. They both had normal vision. They had 2 daughters and then a son. Both daughters, Alicia and Candace, had normal vision and never had any children of their own. The son, Mike, was colorblind. The son married Beth who also had normal vision and they had 2 children of their own, first Greg then Victoria. Victoria was colorblind, but Greg was not. Colorblindness is a sex-linked recessive trait. Do not forget what shapes are male and female. Place the names and genotypes of the people under their shape. Color your individuals the following: Red- for colorblindness White-for regular vision Blue-for individuals with regular vision but are carriers Green- unknown genotype

Name: n the space below, use colored pencils to create a pedigree with the
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Description: n the space below, use colored pencils to create a pedigree with the following information. Follow the guidelines for apedigree when creating this one.Ray and Elaine were married in 1970. They both had normal vision. They had 2 daughters and then a

Concepts of Biology

1st Edition

ISBN:9781938168116

Author:Samantha Fowler, Rebecca Roush, James Wise

Publisher:Samantha Fowler, Rebecca Roush, James Wise

Chapter8: Patterns Of Inheritance

Section: Chapter Questions

Problem 2ACQ: Figure 8.10 In pea plants, purple flowers (P) are dominant to white (p), and yellow peas (Y) are...

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Figure 8.10 In pea plants, purple flowers (P) are dominant to white (p), and yellow peas (Y) are dominant to green (y). What are the possible genotypes and phenotypes for a cross between PpYY and ppYy pea plants? How many squares would you need to complete a Punnett square analysis of this cross?
The following pedigree traces the inheritance of a certain genetic disease in a family. The circles represent women and the squares represent men. Individuals with darkened shapes have the disease, while individuals with white shapes do not. The lines indicate the relationship between individuals, either through marriage or by birth. Study the chart and then answer the questions that follow. One of the people on the chart is labeled with the letter A. Which of the following statements correctly describes this person's status in the pedigree? This person does not have the disease, but this person married someone with the disease, and one of the couple's daughters has the disease as well. This person does not have the disease, but this person's father and one of this person's sisters do. This person has the disease and has two daughters with the disease.
Above is a pedigree chart for the family. What is the relation between the people in Row I and the people in Row ll?
Prepare a Punnet square, genotype, and pedigree analysis for the given pedigree chart
draw the pedigree
The pedigree below shows the inheritance of a certain disorder. Based on the pedigree chart, is the brachydactyly trait in pedigree dominant or recessive? Explain.
From the given pedigree below, fill the table and answer the question: If the proband (III-2) marries a heterozygous woman, what is the probability that they will have a heterozygous daughter? If this same couple has a son, what is the probability that he will be affected? Show complete solutions and box or highlight your final answers.
Given the pedigree below, identify the genotypes
PEDIGREE ANALYSIS ANA MARRIED JOSE AND HAD THREE CHILDREN, JOSE MIGUEL, MARIA ANA, AND JOSE MANUEL. JOSE, JOSE MIGUEL, AND JOSE MANUEL DISCOVERED THEY HAVE MUSCULAR DYSTROPHY, MD ( A HEREDITARY CONDITION MARKED BY PROGRESSIVE WEAKENING AND WASTING OF THE MUSCLES). JOSE MANUEL MARRIED LEILANI AND HAD TWO CHILDREN, MARIA LUISA AND MARIA LOLITA. MARIA LUISA ALSO HAS MUSCULAR DYSTROPHY AND MARRIED ALFREDO. THEY HAD TWO CHILDREN, JULIE ANN AND JOSE ALFRED. JULIE ANN HAS MUSCULAR DYSTROPHY. DRAW AN ORGANIZED PEDIGREE. LABEL THE PEDIGREE USING ROMAN NUMERALS AND ARABIC NUMERALS. WHEN ASSIGNING THE INDIVIDUAL MEMBERS OF THE CORRECT LABEL, FOLLOW THE SEQUENCE/ORDER AS THE MEMBER IS IDENTIFIED IN THE GIVEN DESCRIPTION ABOVE. INDICATE EACH INDIVIDUAL’S POSSIBLE GENOTYPE. USE THE LETTER M TO REPRESENT THE TRAIT. WRITE THIS BELOW EACH SYMBOL. THEN ANSWER THE QUESTION: IS THE DISEASE AUTOSOMAL OR SEX-LINKED? DOMINANT OR RECESSIVE?
The pedigree below tracks a genetic abnormality through five generations of a family tree. The trait, polydactyly, is characterized by extra fingers (left), toes, or both. The pedigree shows the number of fingers on each hand in black; toes in each foot, in red. (Appears black in pedigree chart) ( please solve a-c: thank you!) a) using the pedigree, describe the genotypes of the parents for the trait polydactyl in generation I. b) explain how humans are able to produce gametes that are haploid. c) according to the pedigree, explain the inheritance pattern of the genetic abnormality polydactyly.
You have been hired to produce a family tree for three generations of a family where a disorder called “blinky” syndrome is observed. People who suffer from blinky syndrome blink their eyes rapidly when they look at bright lights. In order to draw a pedigree chart for this family, you interview Mike and Annie. Neither suffer from this syndrome. Annie’s mother is normal, while Annie’s father blinked like crazy at bright lights. Annie has one sister and one brother and both of them are unaffected. While Annie’s sister has yet to have kids, her brother married a blinky sufferer. Mike’s mother is a blinker while his father is normal. Mike’s brother is just like their mother. In addition, this brother married a blinker. Mike’s sister is normal - as is her husband and their one boy. Draw a pedigree chart below in order to answer the following on the next page. Use the letters A and a for the genotypes. If more than one genotype is possible for an individual - you may write it as A with a…
You have been hired to produce a family tree for three generations of a family where a disorder called “blinky” syndrome is observed. People who suffer from blinky syndrome blink their eyes rapidly when they look at bright lights. In order to draw a pedigree chart for this family, you interview Mike and Annie. Neither suffer from this syndrome. Annie’s mother is normal, while Annie’s father blinked like crazy at bright lights. Annie has one sister and one brother and both of them are unaffected. While Annie’s sister has yet to have kids, her brother married a blinky sufferer. Mike’s mother is a blinker while his father is normal. Mike’s brother is just like their mother. In addition, this brother married a blinker. Mike’s sister is normal - as is her husband and their one boy. Draw a pedigree chart below in order to answer the following on the next page. Use the letters A and a for the genotypes. If more than one genotype is possible for an individual - you may write it as A with a…