Daughters get one X gene from each parent.
If the father is a normal male, he carries only a normal X-gene.
Therefore the daughter will always get a normal gene from the father, and a 50% probability getting an affected gene from the mother, therefore 50% chance of becoming a carrier. The other 50% she will inherit a normal X-gene from each parent, thus a healthy female.
In conclusion, no daughter will have haemophilia from a carrier mother and a normal male.
(however, sons will have a 50% chance of inheriting affected X-gene and hence will have haemophilia).
Answer: A, Natural selection favors G6PD deficiency as compared to malaria.
Explanation:
We can eliminate B. This is because genetic drifts are changes in genes due to chance. The changes in the genes of the African Americans were not due to chance because there was a cause: malaria.
We can also eliminate C. This is because somatic mutations are mutations that can occur in every cell except the germ cells (sperm, egg), therefore meaning that the mutations that occur cannot be passed onto the offspring.
The golgi apparatus gets rid of all waste
Everything is false expect the first question and last question
One of the main advantages of selective serotonin reuptake inhibitors as compared to similar drugs is that they have fewer side effects.
Selective serotonin reuptake inhibitors are form of commonly prescribed drugs for treating depression. They affect the chemicals that nerves in the brain use messages to one another. These neurotransmitters that are not taken up by the other nerves
