By definition, Y-linked diseases cannot pass to a daughter. X-linked diseases can, but many of them are mitigated or eliminated if the X from the mother does not possess the defect, in which case your daughter would be a carrier, and her sons would have a 50/50 chance of inheriting the disease.
If perfect pitch is dominant you could have this. PP X pp Then all of the children will have perfect pitch. If perfect pitch is recessive, then; pp X Pp then there is only a 50% chance of any one child having perfect pitch. In the future be more precise.
No, tallness is typically a polygenic trait influenced by multiple genes. It is not determined by a single gene and therefore cannot be categorized as recessive or dominant in the same way that Mendelian traits are.
rr since sickle cell is a recessive trait.
No probability. Neither parent has an "A" for the child to inherit to make an "AB".
A man with two recessive alleles for earwax would have the phenotype of dry earwax. Since dry earwax is the recessive trait, having two recessive alleles means he expresses this trait. Therefore, his phenotype is characterized by dry earwax.
the wife of the fisher man is the daughter of the butcher, or the fishermans wife is a butcher and they have a daughter, they never said the butcher was a man, but the fisher"MAN" is a man, and the wife and daughter are women so there? ____________ Alternate: The butcher is a man, and so is the fisherman. They are in fact the same man. ------------------ a butcher, his daughter the fisherman, and his wife.....3 people the butcher was his daughter
the colorblindness is usually not activited in a female body but is usually seen in male
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It all will depend on what kind of (recessive or dominant) alleles are responsible for the colorblind characteristic and what kind of alleles do the parental genes have.
Yes. Blue eyes are a recessive genetic trait, which means that a brown- or green-eyed person can still carry a gene for blue eyes. In this case, the blue-eyed gene is recessive, or subordinate, to the green- or brown-eyed gene. To be blue-eyed, an individual must have a recessive blue-eyed gene from both its mother and father.
hahaha
The Piano Man's Daughter was created in 1995.
If perfect pitch is dominant you could have this. PP X pp Then all of the children will have perfect pitch. If perfect pitch is recessive, then; pp X Pp then there is only a 50% chance of any one child having perfect pitch. In the future be more precise.
As part of a paternity test it includes a probability value to determine the probability that the man in question is biological father or not. If the probability value is 99.99% and the mother, child and man in question have all been tested then the man is the father. If it is less than that then the man is not the father. It is impossible to get a probability value of 100% unless every man in the world were tested. As it stands a paternity test is as accurate as its probability value. Therefore a paternity test with a probability value of 99.99% has a 99.99% chance of being correct. A paternity test is very accurate and does a great job of showing a childs genetic parents. The test is 99.9% accurate.
respect
He was an honest man.
No, tallness is typically a polygenic trait influenced by multiple genes. It is not determined by a single gene and therefore cannot be categorized as recessive or dominant in the same way that Mendelian traits are.