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Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia...

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Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage of their children will have hemophilia? 1.Cross a man heterozygous B with a woman who is a purebred for A. What blood types will their children have?
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Page 1: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Do Now1. Get out your calendar & Karyotype HW, turn

in Karyotype Lab2. A woman carrying hemophilia marries a man

who is a hemophiliac. What percentage of their children will have hemophilia?

1. Cross a man heterozygous B with a woman who is a purebred for A. What blood types will their children have?

Page 2: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Human Genetics: Karyotypes

46 TOTAL

23 homologous

pairs

46 TOTAL

23 homologous

pairs

Page 3: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Sex Chromosomes

• 2 sex chromosomes• Typical Female = XX• Typical Male = XY

Page 4: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Autosomes

Autosomes: Any

chromosome that’s not a sex chromosome

•44 Autosomes•22 pairs of Autosomes

Page 5: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Recessive Disorder

Caused by 2 recessive alleles

Page 6: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Albinism

Defect of melanin production that results in little or no color in the skin, hair, and eyes

Page 7: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Albinism

Page 8: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Albinism

Page 9: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

How does it

happen?

Affected Genotype:

aa

Page 10: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Cystic FibrosisDisease that causes the body to produce unusually thick, sticky mucus that:

•Clogs the lungs and leads to

lung infections • Obstructs the pancreas

• Stops natural enzymes from helping the body break down and absorb food

Page 11: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 12: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 13: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

How does it

happen?

Affected Genotype:

cc

Page 14: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Sickle Cell Anemia

Caused by an abnormal hemoglobin shape which causes the red blood cells to have a crescent shape.

Red blood cells carry oxygen.

Page 15: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 16: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 17: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 18: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 19: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

How does it

happen?

Affected Genotype:

ss

Page 20: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Dominant Disorder

Caused by a dominant allele

Affected individuals are homozygous dominant or

heterozygous

Page 21: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Huntington’s Disease

Causes the break down of brain cells, (neurons) in certain areas of the brain.

Causes uncontrolled movements, loss of intellectual faculties, and emotional disturbance.

Page 22: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 23: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 24: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

How does it

happen?

Affected Genotype: HH or Hh

Page 25: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Sex-Linked Disorder

Linked to sex chromosomes

Recessive Disorders – caused by recessive alleles

Page 26: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Color Blindness

Inability to see colors in the normal way

Page 27: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 28: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 29: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

How does it happen?

Affected Genotypes:

XbXb

XbY

Page 30: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

HemophiliaInability of the blood to clot properly

Page 31: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 32: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 33: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

How does it happen?

Affected Genotypes:

XhXh

XhY

Page 34: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Do Now1. What are the genotypes for individuals

affected with the following disorders:a. Cystic Fibrosisb. Colorblindnessc. Huntington’s disease

2. A parent has a genotype Bb. What alleles can this parent give their children?

Page 35: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

What is a Pedigree???

Diagram showing a family tree and patterns of inheritance.

Page 36: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.
Page 37: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Types of Pedigrees: Recessive

Affected Genotypes: bb

Unaffected Genotypes: BB or Bb

HINT: Recessive Disorders skip generations

Page 38: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Is the Pedigree below showing Recessive Inheritance?

Page 39: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Recessive Inheritance?

Page 40: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Recessive Inheritance?

Page 41: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Types of Pedigrees: Sex-linked

Affected Genotypes: XbXb or XbY

Unaffected Genotypes: XBXB or XBXb and XBY

HINT: Mainly males are affected

Page 42: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Is the Pedigree below showing Sex-Linked Inheritance?

Page 43: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Sex-linked Inheritance?

Page 44: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Sex-linked Inheritance?

Page 45: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Types of Pedigrees: Dominant

Affected Genotypes: BB or Bb

Unaffected Genotypes: bb

Page 46: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Is the Pedigree below showing Dominant Inheritance?

Page 47: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Dominant Inheritance?

Page 48: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

Dominant Inheritance?

Page 49: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

How many generations?What is genotype of Individual I-1?What type of Inheritance?

Page 50: Do Now 1.Get out your calendar & Karyotype HW, turn in Karyotype Lab 2.A woman carrying hemophilia marries a man who is a hemophiliac. What percentage.

How many generations?What is genotype of Individual I-1?What type of Inheritance?


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