How would you explain how mutations in the DNA sequence of a gene may or may not affect the gene expression of the sequence of amino acids in an encoded protein?

$pK_a = -log_(10)(K_a)$ $K_a prop $ Acidic Strength of the amino acid

Anabolism refers to the process in cells where large macromolecules are built up from smaller ones. In this case here, protein synthesis uses other and amino acids (proteins' monomers) to...

A codon codes for each specific amino acids, and is made up of a triplet of nucleotides, i.e. three nucleotides. Therefore, we can say that three nucleotides will code for...

Enzymes are usually . They have a target that they catalyze the reaction of. The protein is built from amino acids...and so other than actually making the enzyme, the enzyme...

In the liver, some amino acids can be made that are necessary for life, but not all of them can be synthesized. The ones that we need to life but...

Amino acid chains have numerous amino acids in them. Some of them form alpha helicies, some for beta sheets - and these are examples of secondary structure. However, amino acids...

Each amino acid is represented by a genetic word called : which is three letter long and codons are written in commaless manner. Thus, 24 bases would form 24/3 =...

Chromosome mutations are potentially more dangerous than gene mutations because they can be swapped and transferred to that parent's child. When a chromosome mutates, whole sets of genes are altered...

Each amino acid in a protein is coded as three codons or bases. If any one of the codons is incorrect, the amino acid will be also incorrect. There...

DNA Methylation suppresses gene expression. Basically, DNA methylation occurs at CpG Islands (CG dinucleotide rich regions found in promoters) and involves the methylation of the fifth Carbon of cytosine to...