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What condition would a mutation have the most impact on allele frequency?
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What is the impact selection had on allele frequinces?
In any population of organisms you have variation, which means, to a greater or lesser extent, that allele frequencies are varied and great in number and not all of the organisms of the population possess the same alleles. Now some of those alleles confer reproductive advantage in the immediate environment. These organisms will be selected and the allele frequency possessed by these organisms will be the change in allele frequency that will show up in the populations gene pool.
What is potential impact mutation?
No one knows what effect a mutation may have. Most are not viable.
What impact could a point mutation do?
A point mutation could have no impact or it could be lethal. It depends on whether the mutation changes the amino acid sequence of a protein, or if it changes the amino acid at a critical location in the protein.
What is the relationship between mutation rates and generation span?
The relationship between mutation rates and generation span is that they both have in impact on the Mitochondrial DNA diversity patterns,unexpected variation of mutation rate across species
What do you think will be the impact of this mutation?
The chimpanzee's offspring will have abnormal eyes. -apex(:
Under is condition would a mutation have most impact on allele frequency?
There is no gene flow.
When does a mutation have the mutation impact on allele frequency?
When the population is small or When there is no gene flow Small population, germ line mutation, beneficial mutation that gets into many progeny and a good deal of luck.
When does mutation have a most impact on Allele frequency?
When the population is small or When there is no gene flow Small population, germ line mutation, beneficial mutation that gets into many progeny and a good deal of luck.
When does a mutation have the most impact on allele frequency?
There is no gene flow - APEX
What is the impact selection had on allele frequinces?
In any population of organisms you have variation, which means, to a greater or lesser extent, that allele frequencies are varied and great in number and not all of the organisms of the population possess the same alleles. Now some of those alleles confer reproductive advantage in the immediate environment. These organisms will be selected and the allele frequency possessed by these organisms will be the change in allele frequency that will show up in the populations gene pool.
What is potential impact mutation?
No one knows what effect a mutation may have. Most are not viable.
What impact could a point mutation do?
A point mutation could have no impact or it could be lethal. It depends on whether the mutation changes the amino acid sequence of a protein, or if it changes the amino acid at a critical location in the protein.
What is the form of gene that seems to have no impact on a trait in a heterozygous state?
recessive allele
What is the relationship between mutation rates and generation span?
The relationship between mutation rates and generation span is that they both have in impact on the Mitochondrial DNA diversity patterns,unexpected variation of mutation rate across species
What do you think will be the impact of this mutation?
The chimpanzee's offspring will have abnormal eyes. -apex(:
How has reproduction affected evolution?
Sexual reproduction, where individuals of the same species exchange genetic material, allows for dissemination of nonlethal mutations in a gene pool. Mutations with a positive impact on the survival of a population increase in frequency and the less successful version of the trait becomes less frequent. A very successful mutation can be distributed through an open gene pool very quickly (by evolutionary standards), In some instances in a generation or two. The Hardy Weinberg equation can be used to take a glimpse of this type of change. The principle states that the frequency of an allele in a population will remain the same. Note the statement allele, not trait. Ex. W (the allele for white) w (the allele for grey) Moths that live in the forest before the industrial revolution need to hide on white tree trunks so an WW or Ww moth is white and therefore safer than an ww (grey) moth. All or most of the ww moths are eaten and do not get a chance to reproduce, so over time the w allele's frequency decreases. However, since it is recessive it will remain hidden in the population. The chance of two Ww individuals breeding to produce grey offspring will be decreased because there are so few of them. Along comes the industrial revolution and many trees are covered with soot...now the WW and Ww moths show up on the sooty parts of the trees but the ww moths do not...now the w allele's frequency increases ww grey moths become prevalent in industrialized areas. This is actually a true example of natural selection in action. I apologize for not remembering the letter designation for the moth alleles...but the illustration is valid, none the less.
How does noise impact the effectiveness of communication?
Because it distrupts the wave frequency to which you comunicate with.
