If there are 333 bases in an RNA that codes for a protein with 111 amino acids, and the base at position 301 is deleted such that the length of the RNA becomes 332 bases, how many codons will be altered?

Q. If there are 999 bases in an RNA that codes for a protein with 333 amino acids and the base at position 901 is deleted such that the length of the RNA becomes 998 bases, how many codons will be altered ?

Q.

If there are 999 bases in an RNA that code for a protein with 333 amino acids, and the base at position 901 is deleted such that the coding length of the RNA becomes 998 bases, how many codons will be altered?

Q. If there are $999$ bases in an RNA that codes for a protein with $333$ amino acids, and the base at position $901$ is deleted such that the length of the RNA becomes $998$ bases, how many codons will be altered?

Q. Assume that there are 6 types of nitrogen bases available and 40 types of amino acid are available for protein synthesis, then in genetic code each codon made up by minimum how many nitrogen codon made up by minimum how many nitrogen bases?

Q. As we know, a code of three nitrogen bases is responsible for specifying one amino acid. In an ideal case, how many nitrogen bases would be present on a messenger RNA that transcribes a polypeptide containing 57 amino acids?