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Resuits Purpose: To demonstrate the principles of Mendelian genetics and sex determination, including the concepts of allele, phenotype, genotype, dominant, recessive, codominant, homozygous and heterozygous by creating a simulated baby. Table 1: Circle here whether you are the mom or dad and fill in the data below. Mom's Name Dad's Name Procedure: Baby's Name 1) Determine the genotype of the baby by flipping 2 coins. The 2 coins represent the parents. Flip the "Mom Coin" to determine an allele for her egg and the "Dad Coin" to choose an allele for his sperm. (Note that the sex of the baby is determined by dad alone. Boys are XY and girls are XX. Mom can give only an X but dad can give an X or a Ý chromosome.) Trait Allele from Mom Allele from Dad Genotype Phenotype Sex X Face Shape Chin Shape Chin Dimple Freckles Cheek Dimples Lip Thickness Eye Brows Eye Shape Eyelashes Ear Shape Ear Lobes Widow's Peak 2) Record the alleles which resulted from the coin flips and put "sperm and egg" together. Write down baby's genotype (XX or XY) for each trait in Table 1. Heads represents allele #1 and tails represents allele #2. 3) Record the resulting phenotype in Table 1 (Girl or Boy). Note: Dominant alleles are written with an uppercase letter and recessive alleles are written as lowercase letters. Dominant alleles mask the expression of recessive ones. Co-dominant alleles are written as uppercase letters with a subscript. Co-dominant alleles result in a phenotype that is blended. 4) Repeat steps 1, 2, and 3 for all traits and then draw, color, and name your creation. Remember that you are drawing a baby's face-not a child's or an adult's (no tattoos, pierced ears, mustaches, etc.) Hair Curliness (You may draw your baby here after completing the baby's traits in the next page). Eyebrow Color Eye Width Eye Size Mouth Size Nose Size Birth Mark Skin Tone Polygenic Trait Alleles from Mom Genotype 1st / 2nd Alleles from Dad Phenotype Hair Color # 1 # 2 # 1 # 2 Eye Color # 1 # 2 231 # 2

Resuits Purpose: To demonstrate the principles of Mendelian genetics and sex determination, including the concepts of allele, phenotype, genotype, dominant, recessive, codominant, homozygous and heterozygous by creating a simulated baby. Table 1: Circle here whether you are the mom or dad and fill in the data below. Mom's Name Dad's Name Procedure: Baby's Name 1) Determine the genotype of the baby by flipping 2 coins. The 2 coins represent the parents. Flip the "Mom Coin" to determine an allele for her egg and the "Dad Coin" to choose an allele for his sperm. (Note that the sex of the baby is determined by dad alone. Boys are XY and girls are XX. Mom can give only an X but dad can give an X or a Ý chromosome.) Trait Allele from Mom Allele from Dad Genotype Phenotype Sex X Face Shape Chin Shape Chin Dimple Freckles Cheek Dimples Lip Thickness Eye Brows Eye Shape Eyelashes Ear Shape Ear Lobes Widow's Peak 2) Record the alleles which resulted from the coin flips and put "sperm and egg" together. Write down baby's genotype (XX or XY) for each trait in Table 1. Heads represents allele #1 and tails represents allele #2. 3) Record the resulting phenotype in Table 1 (Girl or Boy). Note: Dominant alleles are written with an uppercase letter and recessive alleles are written as lowercase letters. Dominant alleles mask the expression of recessive ones. Co-dominant alleles are written as uppercase letters with a subscript. Co-dominant alleles result in a phenotype that is blended. 4) Repeat steps 1, 2, and 3 for all traits and then draw, color, and name your creation. Remember that you are drawing a baby's face-not a child's or an adult's (no tattoos, pierced ears, mustaches, etc.) Hair Curliness (You may draw your baby here after completing the baby's traits in the next page). Eyebrow Color Eye Width Eye Size Mouth Size Nose Size Birth Mark Skin Tone Polygenic Trait Alleles from Mom Genotype 1st / 2nd Alleles from Dad Phenotype Hair Color # 1 # 2 # 1 # 2 Eye Color # 1 # 2 231 # 2

Human Biology (MindTap Course List)
Human Biology (MindTap Course List)
11th Edition
ISBN:9781305112100
Author:Cecie Starr, Beverly McMillan
Publisher:Cecie Starr, Beverly McMillan
Chapter19: Introduction To Genetics
Section: Chapter Questions
Problem 1RQ: Define the difference between (a) gene and allele, (b) dominant allele and recessive allele, (c)...
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Hello! Our professors have been giving us a lot of tasks and I can't manage to finish them. This activity was given to us just this morning but I can't do it anymore. I need help for this. Thank you.

Name: Create a Baby Results Purpose: To demonstrate the principles of Mendelian genetics and sex determination, including the concepts of allele, phenotype, genotype, dominant, recessive, codominant, homozygous and heterozygous by creating a simulated baby. Table 1: Circle here whether you are the mom or dad and fill in the data below. Mom's Name Dad's Name Procedure: Baby's Name 1) Determine the genotype of the baby by flipping 2 coins. The 2 coins represent the parents. Flip the "Mom Coin" to determine an allele for her egg and the "Dad Coin" to choose an allele for his sperm. (Note that the sex of the baby is determined by dad alone. Boys are XY and girls are XX. Mom can give only an X but dad can give an X or a Y chromosome.) Trait Allele from Mom Allele from Dad Genotype Phenotype Sex X Face Shape Chin Shape Chin Dimple Freckles Cheek Dimples Lip Thickness Fye Brows Eye Shape Eyelashes Ear Shape Ear Lobes 2) Record the alleles which resulted from the coin flips and put "sperm and egg" together. Write down baby's genotype (XX or XY) for each trait in Table 1. Heads represents allele #1 and tails represents allele #2. 3) Record the resulting phenotype in Table 1 (Girl or Boy). Note: Dominant alleles are written with an uppercase letter and recessive alleles are written as lowercase letters. Dominant alleles mask the expression of recessive ones. Co-dominant alleles are written as uppercase letters with a subscript. Co-dominant alleles result in a phenotype that is blended. 4) Repeat steps 1, 2, and 3 for all traits and then draw, color, and name your creation. Remember that you are drawing a baby's face-not a child's or an adult's (no tattoos, pierced ears, mustaches, etc.) Widow's Peak Hair Curliness (You may draw your baby here after completing the baby's traits in the next page). Eyebrow Color Eye Width Eye Size Mouth Size Nose Size Birth Mark Skin Tone Polygenic Trait Genotype 1st / 2nd Alleles from Mom Alleles from Dad Phenotype Hair Color #1 #2 #1 #2_ Еye Color # 1 #2 #1 #2
Transcribed Image Text:Name: Create a Baby Results Purpose: To demonstrate the principles of Mendelian genetics and sex determination, including the concepts of allele, phenotype, genotype, dominant, recessive, codominant, homozygous and heterozygous by creating a simulated baby. Table 1: Circle here whether you are the mom or dad and fill in the data below. Mom's Name Dad's Name Procedure: Baby's Name 1) Determine the genotype of the baby by flipping 2 coins. The 2 coins represent the parents. Flip the "Mom Coin" to determine an allele for her egg and the "Dad Coin" to choose an allele for his sperm. (Note that the sex of the baby is determined by dad alone. Boys are XY and girls are XX. Mom can give only an X but dad can give an X or a Y chromosome.) Trait Allele from Mom Allele from Dad Genotype Phenotype Sex X Face Shape Chin Shape Chin Dimple Freckles Cheek Dimples Lip Thickness Fye Brows Eye Shape Eyelashes Ear Shape Ear Lobes 2) Record the alleles which resulted from the coin flips and put "sperm and egg" together. Write down baby's genotype (XX or XY) for each trait in Table 1. Heads represents allele #1 and tails represents allele #2. 3) Record the resulting phenotype in Table 1 (Girl or Boy). Note: Dominant alleles are written with an uppercase letter and recessive alleles are written as lowercase letters. Dominant alleles mask the expression of recessive ones. Co-dominant alleles are written as uppercase letters with a subscript. Co-dominant alleles result in a phenotype that is blended. 4) Repeat steps 1, 2, and 3 for all traits and then draw, color, and name your creation. Remember that you are drawing a baby's face-not a child's or an adult's (no tattoos, pierced ears, mustaches, etc.) Widow's Peak Hair Curliness (You may draw your baby here after completing the baby's traits in the next page). Eyebrow Color Eye Width Eye Size Mouth Size Nose Size Birth Mark Skin Tone Polygenic Trait Genotype 1st / 2nd Alleles from Mom Alleles from Dad Phenotype Hair Color #1 #2 #1 #2_ Еye Color # 1 #2 #1 #2
Left cheek V Right cheek U Absent Create a Baby Lab: Genotype/Phenotype reference sheet Trait Homozygous for Allele #1 Heterozygous Homozygous for Allele #2 Trait Homozygous for Allele #1 Heterozygous Homozygous for Allele #2 Widow's Peak Genotype: Phenotype: ww Ww Present Absent Face Shape Genotype: Phenotype: Present RR Round Bound Square Genotype: C1C1 C1C2 C2C2 Chin Shape Genotype: Phenotype: Phenotype: Curly Wavy Strait NN Np. Noticeable Noticeable Less Noticeable Genotype: D1D1 DID2 D2D2 Chin Dimple Genotype: Phenotype: Phenotype: Darker than hair Same as hair Lighter than hair AA Aa Absent aa Present Absent Genotype: WiW1 W1W2 O O CO W2W2 Freckles Phenotype: Close Together Average Far apart Genotype: Phenotype: FF Et Present Absent Present Genotype: S1S1 S1S2 S2S2 Cheek Dimples Genotype: Phenotype: Dd. Present DD Phenotype: Large Medium Small Present Absent Genotype: M1M1 M1M2 M2M2 Lip Thickness Genotype: Phenotype: TT It Thick Phenotype: Wide Medium Narrow Thick Thin Eye Brows Genotype: Phenotype: Genotype: P1P1 P1P2 P2P2 BB Bushy Bb Busby. bb. Fine Phenotype: Small Medium Large Eye Shape Genotype: Phenotype: Genotype: B1B1 B1B2 B2B2 ww Ww Wide Phenotype: Wide Round Eyelashes Genotype: S1S1 S1S2 S2S2 Genotype: Phenotype: LL Long Long Short Phenotype: Light Medium Dark aaBB=Blond aaBb=Blond aabb=white (albino) Hair Color AABB=Black Ear Shape Genotype: Phenotype: AABD=Black AAbb=Red AABB=Dark Brown AaBb=Light Brown Aabb=Dark Blond RR R. Long Long Round Eye Color AABB=Deep Brown AABD=Deep Brown AAbb=Brown AABB=Greenish Brown AaBb=Light Brown Aabb=Gray-Blue aaBB=Green aaBb=Light Blue aabb=Pink Ear Lobes Genotype: Phenotype: FF Et Eree Attached Free
Transcribed Image Text:Left cheek V Right cheek U Absent Create a Baby Lab: Genotype/Phenotype reference sheet Trait Homozygous for Allele #1 Heterozygous Homozygous for Allele #2 Trait Homozygous for Allele #1 Heterozygous Homozygous for Allele #2 Widow's Peak Genotype: Phenotype: ww Ww Present Absent Face Shape Genotype: Phenotype: Present RR Round Bound Square Genotype: C1C1 C1C2 C2C2 Chin Shape Genotype: Phenotype: Phenotype: Curly Wavy Strait NN Np. Noticeable Noticeable Less Noticeable Genotype: D1D1 DID2 D2D2 Chin Dimple Genotype: Phenotype: Phenotype: Darker than hair Same as hair Lighter than hair AA Aa Absent aa Present Absent Genotype: WiW1 W1W2 O O CO W2W2 Freckles Phenotype: Close Together Average Far apart Genotype: Phenotype: FF Et Present Absent Present Genotype: S1S1 S1S2 S2S2 Cheek Dimples Genotype: Phenotype: Dd. Present DD Phenotype: Large Medium Small Present Absent Genotype: M1M1 M1M2 M2M2 Lip Thickness Genotype: Phenotype: TT It Thick Phenotype: Wide Medium Narrow Thick Thin Eye Brows Genotype: Phenotype: Genotype: P1P1 P1P2 P2P2 BB Bushy Bb Busby. bb. Fine Phenotype: Small Medium Large Eye Shape Genotype: Phenotype: Genotype: B1B1 B1B2 B2B2 ww Ww Wide Phenotype: Wide Round Eyelashes Genotype: S1S1 S1S2 S2S2 Genotype: Phenotype: LL Long Long Short Phenotype: Light Medium Dark aaBB=Blond aaBb=Blond aabb=white (albino) Hair Color AABB=Black Ear Shape Genotype: Phenotype: AABD=Black AAbb=Red AABB=Dark Brown AaBb=Light Brown Aabb=Dark Blond RR R. Long Long Round Eye Color AABB=Deep Brown AABD=Deep Brown AAbb=Brown AABB=Greenish Brown AaBb=Light Brown Aabb=Gray-Blue aaBB=Green aaBb=Light Blue aabb=Pink Ear Lobes Genotype: Phenotype: FF Et Eree Attached Free
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