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What are 2 reasons that the animal will not have the same DNA as its mother?
Genetic recombination during sexual reproduction leads to offspring having a unique combination of genes from both parents. Mutation events can introduce new variations in the DNA of the offspring that are not present in the parents.
What type of genetic test provides information about an asymptomatic persons risk for having a child with a specific autosomal recessive disorder in the future?
Carrier screening is the type of genetic test that provides information about an asymptomatic person's risk of having a child with a specific autosomal recessive disorder. This test identifies whether an individual carries a mutated gene associated with the disorder, which is essential for assessing the risk of passing the condition to offspring. If both parents are carriers, there is a 25% chance with each pregnancy that their child will inherit the disorder.
The offspring will have traits of both the mother and father Why?
Offspring inherit traits from both parents through the passing on of genes. Genes contain the instructions for specific traits, and they come from both parents during the process of reproduction. This combination of genetic information leads to the offspring having a mix of traits from both the mother and father.
Breeder induce mutations in organisms to?
Increasing a population's mutation rate would increase the chances of individuals within the population having desirable traits, which can then be selected for using breeding techniques.
Why do some people have 12 toes?
Having 12 toes, a condition known as polydactyly, can occur due to a genetic mutation during development. It is a relatively rare occurrence but can be passed down through generations in some families. In most cases, it does not cause any serious health complications.
Can you get achondroplasia with out having a parent that has it?
Yes People with achondroplasia can be born to parents that do not have the condition. This is the result of a new mutation.[2]
What are the odds of passing Paramyotonia congenita to a child?
if one parent has the trait, the offspring have a 75% chance of also having the condition
What are 2 reasons that the animal will not have the same DNA as its mother?
Genetic recombination during sexual reproduction leads to offspring having a unique combination of genes from both parents. Mutation events can introduce new variations in the DNA of the offspring that are not present in the parents.
What are the chances of your offspring having myopathy if your husband's brother has myopathy?
What are the chances of your offspring having myopathy if your husband's brother has myopathy?
Why is a mutation in a lung cell not be passed on to offspring?
Only the genetic material in gametes is passed on to offspring; genetic material in any other part of the body is not passed on because it is not reproductive. Lung cells are not used to create an embryo. Only gametes do that. ANSWER: The best explanation uses something called a Punnett Square. Basically, you have the father and the mother both contributing half of their DNA. Let's say the father has the mutation. His 'halves' will either both have the mutation, or only one will have the mutation. The mother is going to donate two halves without the mutation. The father will donate one half with the mutation and one without- IF this mutation is genetically transferable. So Dad has normal, Mutated. (n, M) Mom has normal, normal. (n, n) Using the Punnett Square, you can visualize it like this: n M n| nn | nM| |------------| n| nn | nM| Pick one square at random. A child in this case has a 50% chance of having this mutation.
Why are you having sons and daughters?
Having offspring perpetuates the lineage of the individual.
What is heteroplasty?
Heteroplasmy, or the condition of having both normal and mutated mtDNA genomes, has several clinically important implications. If mtDNA molecules are deleted, they are generally not transmitted from the mother to her offspring
What is an advantage for having fewer offspring?
An advantage of having fewer offspring is being able to allocate more resources, time, and attention to each individual offspring, increasing their chances of survival and success. Additionally, having fewer offspring can reduce competition among siblings for resources.
What is the Probability of having a female offspring?
50%
How is having blond hair a mutation?
Having blond hair is considered a mutation because it is a genetic variation from the typical hair colors of brown, black, or red. The mutation affects the production of melanin, a pigment that gives hair its color, resulting in the lighter shade of blond hair.
Used to determine the probability of having specific offspring from two known parents?
Genotype is used to determine the probability of having specific offspring from two known parents.
What is the definition of polyploidy mutation?
Polyploidy mutation is a type of mutation that results in an organism having more than two complete sets of chromosomes. This can lead to increased genetic diversity and potentially new traits in the organism.
