Sickle cell anemia is caused by a allele because this mutation has more than one effect on the phenotype.

The allele for sickle cell anemia leads to multiple changes in the individual's phenotype, including the type of hemoglobin produced, the shape of red blood cells, the onset of anemia, and reduced susceptibility to malaria. The name for these multiple effects on phenotype is ______.Multiple choice question.polygenic inheritancepleiotropygene interactionpseudodominance

In Sickle-Cell disease is caused by a mutation in a gene that codes for one of the protein's subunits. Which one of the following statements about this disease is correct?Group of answer choicesThe mutation is due to a silent mutation within the alpha subunit that changes an electrically charged amino acid to another electrically charged amino acid.acid.The mutation is due to a missense mutation within the beta subunit that changes an electrically charged amino acid to a nonpolar amino acid.The mutation is due to a missense mutation within the alpha subunit that changes an electrically charged amino acid to a nonpolar amino acid.The mutation is due to a silent mutation within the beta subunit that changes an electrically charged amino acid to another electrically charged amino.

Human disorders such as PKU and sickle-cell anemia, which are defects in the synthesis of individual proteins, are most likely the result of (1) gene mutations (2) nondisjunction (3) crossing-over (4) polyploidy

Bonus question: Can anyone explain how the shape of red blood cells differs in people with sickle cell anemia? What complications does this cause?

Which of the following describes sickle-cell disease? Multiple select question.Red blood cells take on a translucent appearance.It is a hereditary condition.The heme part of hemoglobin is abnormal.Red blood cells are misshapen.It can be caused by iron deficiency.