|missense vs nonsense mutation||2||0.6||9367||9|
|missense vs nonsense mutation difference||0.43||0.9||780||62|
|missense mutation vs nonsense mutation||0.94||0.1||9105||41|
|silent vs missense vs nonsense mutations||1.32||0.4||5472||11|
|missense vs nonsense vs silent mutation||0.83||0.2||2211||89|
|nonsense vs missense mutations||1.08||0.2||9891||99|
|missense and nonsense mutations difference||0.24||1||7210||79|
|missense silent and nonsense mutation||0.32||0.8||6454||44|
|missense nonsense silent mutation||0.96||0.8||8574||66|
|silent missense or nonsense mutation||0.01||0.8||2897||62|
|missense nonsense and silent mutations||1.72||0.6||2432||64|
The nonsense and missense mutations vary in the fact that the missense mutation inserts a different codon other than the stop codon to the gene sequence, resulting in the non-synonymous amino acid in the polypeptide chain. On the other hand, the nonsense mutation inserts a stop codon into the gene sequence, resulting in premature chain termination.What are the consequences of a missense mutation?
A missense mutation changes a codon so that a different protein is created, a non-synonymous change. Result in an amino acid change. However, the properties of the amino acid remain the same (e.g., hydrophobic, hydrophilic, etc). At times, a change to one amino acid in the protein is not detrimental to the organism as a whole.What is a silent mutation?
A silent mutation is a type of point mutation where just a single nucleotide is changed. This type of mutation causes no change in the protein that is produ … View the full answerHow do silent missense nonsense mutations affect protein function?
Like a missense mutation, a nonsense mutation also involves a single alteration to the DNA base pair. However, in the case of a nonsense mutation, this single change results in the production of a stop codon, thereby terminating protein synthesis prematurely. The result? A shortened protein that may function, but also may not.