Mutations - GED Science
Card 1 of 10
Which type of mutation creates a new stop codon for the protein being created?
Which type of mutation creates a new stop codon for the protein being created?
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Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
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What type of mutation is the least dangerous to an organism?
What type of mutation is the least dangerous to an organism?
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There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
← Didn't Know|Knew It →
What type of mutation is the least dangerous to an organism?
What type of mutation is the least dangerous to an organism?
Tap to reveal answer
There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
← Didn't Know|Knew It →
Which type of mutation creates a new stop codon for the protein being created?
Which type of mutation creates a new stop codon for the protein being created?
Tap to reveal answer
Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
← Didn't Know|Knew It →
Which type of mutation creates a new stop codon for the protein being created?
Which type of mutation creates a new stop codon for the protein being created?
Tap to reveal answer
Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
← Didn't Know|Knew It →
What type of mutation is the least dangerous to an organism?
What type of mutation is the least dangerous to an organism?
Tap to reveal answer
There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
← Didn't Know|Knew It →
What type of mutation is the least dangerous to an organism?
What type of mutation is the least dangerous to an organism?
Tap to reveal answer
There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
← Didn't Know|Knew It →
Which type of mutation creates a new stop codon for the protein being created?
Which type of mutation creates a new stop codon for the protein being created?
Tap to reveal answer
Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
← Didn't Know|Knew It →
Which type of mutation creates a new stop codon for the protein being created?
Which type of mutation creates a new stop codon for the protein being created?
Tap to reveal answer
Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
Nonsense mutations alter the position of the stop codon in the mRNA strand, which creates a different product. The result is a shorter polypeptide chain that may not be able to function.
Silent mutations do not alter the final protein product. A missense mutation causes an amino acid to be replaced by another, different amino acid. A frameshift mutation changes how the mRNA strand is read by the ribosome, resulting in a dramatically different product.
← Didn't Know|Knew It →
What type of mutation is the least dangerous to an organism?
What type of mutation is the least dangerous to an organism?
Tap to reveal answer
There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
There are a variety of mutations that can affect how a protein product is made in the body. Of the options listed, a silent mutation is the only type that does not change the final protein product. In a silent mutation, the DNA sequence is changed, but the amino acid product remains the same. Because there is no change in functionality, a silent mutation cannot harm the organism.
All of the other types of mutations listed will change what the final protein looks like, and can affect the organism in a negative way.
← Didn't Know|Knew It →