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Genetic Disorders Genetic Disorders

Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

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Page 1: Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

Genetic DisordersGenetic Disorders

Page 2: Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

Cystic FibrosisCystic Fibrosis

Phenotype Mutation Inheritance

Treatment

A genetic disorder in which the body has a faulty protein in the lungs. The faulty protein causes the body to produce too much mucus. This mucus makes it hard for a person to breathe.

Mutation of the CF gene on chromosome 7.

A person needs 2 recessive alleles to show the disorder.

There is no cure. Treatments include trying to drain the lungs by breaking up the mucus.

Page 3: Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

Cystic FibrosisCystic Fibrosis

Page 4: Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

Sickle Cell AnemiaSickle Cell Anemia

Phenotype Mutation Inheritance

Treatment

Individuals produce abnormal hemoglobin protein. Hemoglobin is the part of a red blood cell that carries oxygen. The RBC’s have an abnormal shape. People with this disorder suffer from lack of O2 in the blood, experience weakness, and may develop blood clots.

Mutation of the hemoglobin gene on chromosome 11.

A person with 2 recessive alleles has the disorder.

A person who is heterozygous will have some normal RBCs and some sickle shaped RBCs.

There is no cure. People are given drugs to relieve the pain and prevent blood clots.

Page 5: Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

Sickle Cell AnemiaSickle Cell Anemia

Page 6: Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

HemophiliaHemophilia

Phenotype Mutation Inheritance

Treatment

A genetic disorder in which the individual does not produce a special protein vital to blood clotting. These individuals must be careful to avoid cuts, bruises, etc.

Mutation in a gene located on the X chromosome.

The disorder is sex-linked. The individual carries the faulty gene on the X chromosome. Therefore, more males tend to have the disorder.

These individuals receive injections of blood clotting protein.

Page 7: Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

HemophiliaHemophilia

Page 8: Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

Tay Sachs DiseaseTay Sachs Disease

Phenotype Mutation Inheritance

Treatment

A genetic disorder in which an individual does not have a special protein to break down fat in the brain. Without the protein, fat builds up causing loss of mental and motor skills.

Mutation in a gene located on chromosome 15.

A person needs 2 recessive alleles to show the disorder.

There is no cure or effective treatment. Patients do not normally live past 5 years.

Page 9: Genetic Disorders. Cystic Fibrosis PhenotypeMutationInheritanceTreatment A genetic disorder in which the body has a faulty protein in the lungs. The faulty

Tay Sachs DiseaseTay Sachs Disease

Every person of Jewish, Irish, or

French-Canadian heritage is advised to be tested.