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Chromosome #11 is affected in sickle-cell anemiaChromosome #11 is affected in sickle-cell anemia
The Red Blood Cells in the body are affected by sickle cell disease.
Sickle cell anemia is not sex linked.
Both. Sickle cell anemia is a genetically controlled blood disease. Individuals that are heterozygous for the trait (Called Sickle-Cell Trait) have an advantage in regions of the world where malaria is endemic. These same individuals are at a disadvantage at high altitudes, during exertion and are subject to a number of issues that can result in strokes and kidney failure among other issues.Individuals with two copies the sickle cell gene have Sickle-Cell Disease. There are significant health issues for affected individuals with a lifetime of treatment for pain and blood issues.
Sickle cell is a sex-linked trait, If some one is a carrier than the trait is passed down on that chromosome.
Chromosome #11 is affected in sickle-cell anemiaChromosome #11 is affected in sickle-cell anemia
The Red Blood Cells in the body are affected by sickle cell disease.
Since sickle-cell disease is a blood disease, any organ that receives blood could be negatively affected. The most common organs to be affected are the brain, kidneys, and heart.
On the short arm of chromosome number 11
Sickle cell is an inherited blood disorder. It is a illness that you are born with.
1 abnormal nucleotide in the hemoglobin gene on chromosome 11.
The 11th pair of chromosomes contains a gene responsible for normal hemoglobin production. A mutation or error in this gene is what causes sickle cell disease.
Sickle cell anemia is not sex linked.
This is inherited on the X chromoseome and is recessive. This means a female (who has XX chromosome pair) can only express the disease if she carries the trait on both chromosomes. This is because of the recessive nature of the gene. A male can only inherit the disease from his mother. This is he must have obtained his Y chromosome from his father so he obtains the X chromosome from his mother. A male cannot carry the gene without expressing it as he doesnt have another X chromosome to supress the recessive gene. ^ This answer is biologically incorrect because Sickle cell Anemia is actually autosomal recessive, not sex-linked recessive; this means that males and females are affected equally and it is NOT carried on the X chromosome. In order for the trait to show up in an individual, BOTH parents must be carriers of the disease (at least 1 sickle cell gene must be present).
This is inherited on the X chromoseome and is recessive. This means a female (who has XX chromosome pair) can only express the disease if she carries the trait on both chromosomes. This is because of the recessive nature of the gene. A male can only inherit the disease from his mother. This is he must have obtained his Y chromosome from his father so he obtains the X chromosome from his mother. A male cannot carry the gene without expressing it as he doesnt have another X chromosome to supress the recessive gene. ^ This answer is biologically incorrect because Sickle cell Anemia is actually autosomal recessive, not sex-linked recessive; this means that males and females are affected equally and it is NOT carried on the X chromosome. In order for the trait to show up in an individual, BOTH parents must be carriers of the disease (at least 1 sickle cell gene must be present).
No, sickle cell disease is not cancerous.
No. Sickle Cell is not an infectious disease, but is genetic.