Proteins are really very diverse in terms of their amino acid composition. Proteins are coded in the DNA, the sequence of DNA (A, T, G, C) determines the fate of amino acids that join together to form a protein. so the bases of the DNA can make a diverse group of proteins. normally proteins from a same family (for example antibodies or kinases) share a conserved domains or amino acids although they differ in their specificity and function.
The length of proteins vary from under 100 amino acids to many hundreds. The combination of 20 amino acids over a range of say 400 is enormous ie 400x399x398x397.....x1. It is not just the amino acids in a protein that determine the protein structure and function but also the order, which is responsible for interactions formed during the folding of the protein from a single long chain to its 3D structure. A single amino acid change in a protein of 400 amino acids can change the protein conformation.
3-D shape
Primary Shape, Secondary Shape, Tertiary ShapeProteins are composed of the same limited types of amino acids. However, the order of these amino acids make the structures and functions of proteins different from one another.
For the same reason that there are an enormous number of words in the english language, yet all of them can be written with only the 26 letters of the english alphabet.
Each amino acid can have many different chemical formuals.
no they are all different
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Proteins are polymers of amino acids. The instructions for protein synthesis are contained within the genes (on DNA). This instructions are read from an mRNA at the ribosomes to produce the correct sequence of amino acids - a protein.
The monomers are amino acids and the bonds are called peptide bonds.
Different amino acids have different side chains.
There are twenty common protein amino acids in your body, of which half can be formed in the cells. The remainder need to be consumed in our diet, as our body cannot make them, yet they are still vital. There are 2 other amino acids very ocassionally used in proteins (only one in humans) meaning that are 21 different protein amino acids in humans. Some biological pathways use other types of amino acids not found in proteins. There are at least six additional ones found in humans, but it would be difficult to determine an exact number.
Different types of proteins are formed by the bonding of different types of amino acids. There are typically four types of amino acids that make up a protein.
As proteins contain different numbers and types of amino acids they are different shapes and have different affinities for water and lipids.
Proteins are made from amino acids, there are different types of proteins in our body ane the order of the amino acids determines the type of amino acid cus it sure helped me :)
sequence and number of amino acids is different
Different proteins have different numbers of subunits. For example, IgM, an immunoglobulin, has six subunits.
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Different 3D shapes, different number of proteins, different types of amino acids, and different sequences.
They are determined by the sequence and number of amino acids.
There are 20 standard amino acids. A few proteins have other amino acids but these are usually derived from the 20 standard amino acids.
the subunits that proteins are made from are called amino acids , there are about 20 common amino acids that are used in the synthesis of proteins in humans , and proteins differ in the number , types , and sequence of amino acids .
Amino acids are the building blocks of proteins. Proteins are simply chains of amino acids. I think you meant to ask do proteins have amino acids. Amino acids as the name indicates (Amino) have amine groups, carboxylic acid groups and a side chain that varies depending on the amino acid (20 differnet types).
There are many different combinations of amino acids and proteins and peptide bonds.