No they are not. For a codon, there are 4^3 = 64 codon combinations, but only 20 [common] amino acids. The 4 represents the 4 nitrogenous bases, and the ^3 represents the arrangement into a codon (3 bp).
An example of an amino acid that is specified by more than one amino acid is Alanine, which is specified by any of the following combinations: GUU, GUC, GUA, GUG.
Because most amino acids have more than one codon, the genetic code is called "degenerate".
Each codon has three nucleotides in it. A codon codes for 1 amino acid. In order to specify 3 amino acids, 3 codons are needed.
3 nucleotides make 1 codon - which codes for 1 amino acid.
Proteins are first produced as polypeptide chains. This is known as the primary structure of the proteins. Polypeptide or protein chain comprised of amino acids connected each other with peptide bonds.
True.
Proteins differ each other in their amino acid composition and the number of amino acids that form it. Not all the proteins are the same, although they are all made up of amino acids. the sequence of amino acids is determined by the mRNA which is transcribed by DNA in the nucleus.
They differ from each other by the cognent that it is connected to.
By their side chains. All amino acids have this structure: HOOC- C - NH2 Attached to that middle C is the side chain. They can have many different properties- They can be aromatic, polar, lipophilic, basic, acidic, Sulfur containing, among others There are 20 amino acids inside the human body, each has a different structure and function, due to its properties.
In the genetic code, a sequence of three nucleotides forms a codon, which codes for one amino acid. So for each amino acid, there are three nucleotides. Therefore, 600 nucleotides are needed to make 200 amino acids.
There are 64 different triplet combinations of base pairs, which code for 22 different amino acids.
Each nucleotide is made up of an organic base, a pentose sugar and a phosphate. Nucleotides can be arranged in various different orders and that order dictates which amino acid it codes for, three amino acids code for one nucleotide. Is this enough detail?
One codon specifies a specific amino acid. However, more than one codon can code for the same amino acid. For example, the codon GUU codes for the specific amino acid valine; and the codons GUC, GUA, and GUG also code for valine.
During translation, tRNA anticodons pair with the complementary mRNA codons at the ribosomes. Each tRNA molecule carries with it an amino acid according to its specific code. As each tRNA releases its amino acid, peptide bonds form between the amino acids. After each tRNA releases its amino acid, it is free to pick up another amino acid in the cytoplasm.
a condon
each sequence of three base pairs (rungs) forms the code for an amino acid. So the order of the rungs determines which amino acids are in and the order of the amino acids in every protein in your body.
By the order of the amino acids that form them. Proteins are distinguished from each other by the complexity of their polypeptide chains.
Proteins are first produced as polypeptide chains. This is known as the primary structure of the proteins. Polypeptide or protein chain comprised of amino acids connected each other with peptide bonds.
To code for a protein of 150 amino acids, the DNA molecule would need approximately 450 base pairs. This is because each amino acid is encoded by a sequence of three nucleotides called a codon. So, 150 amino acids would require 150 codons, which translates to 450 base pairs.
The primary structure of a protein is the sequence of amino acids in the protein. This is determined by the sequence of bases in the DNA ie by the genetic code. Each group of three bases in DNA codes for one amino acid in the protein ie it is a triplet code.
There are three base pairs in each amino acid. If you have 1500 base pairs you would have 500 amino acids.