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protein are made up of different kinds of amino acids. there are some amino acids which are required by our body and they help in the formation of other aminoacids. these aminoacids are called essential amino acids.
The remainder group or R Group. An amino acid is constituted by the amine group, the carboxylic acid group, and the side chain (AKA Remainder group). It's the chemistry of the side chain that makes an amino acid unique from the other amino acids.
Yes, the unique sequence of amino acids in a protein determines its specific structure and function. The order in which the amino acids are linked together influences the protein's shape and interaction with other molecules. Changing the sequence can alter the protein's properties and ultimately its biological role.
Non-essential amino acids can be synthesized by the body through various metabolic pathways utilizing precursor molecules such as glucose, fatty acids, and other amino acids. They do not need to be obtained through the diet because the body can produce them internally.
There are 400 possible dipeptides formed from the combination of 20 common amino acids (20 x 20 = 400). This is because each dipeptide consists of two amino acids and each amino acid can be paired with any of the other 20 amino acids.
the side group
The amino acids polarity chart provides information about the polarity of different amino acids. This information can help in understanding how amino acids interact with each other and with other molecules in biological processes.
protein are made up of different kinds of amino acids. there are some amino acids which are required by our body and they help in the formation of other aminoacids. these aminoacids are called essential amino acids.
Amino acids are like the letters, proteins are like words, paragraphs, or books. In other words, a few amino acids (20 or so) combine in lots of different ways.Amino acids are like the letters, proteins are like words, paragraphs, or books. In other words, a few amino acids (20 or so) combine in lots of different ways.Amino acids are like the letters, proteins are like words, paragraphs, or books. In other words, a few amino acids (20 or so) combine in lots of different ways.Amino acids are like the letters, proteins are like words, paragraphs, or books. In other words, a few amino acids (20 or so) combine in lots of different ways.
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.
The remainder group or R Group. An amino acid is constituted by the amine group, the carboxylic acid group, and the side chain (AKA Remainder group). It's the chemistry of the side chain that makes an amino acid unique from the other amino acids.
There are 20 amino acids necessary for human beings. However, the diversity of proteins is compensated by long, varied, and complex chains of polypeptides. There are far more than 20 amino acids overall, although most are not especially important in Biology. See related question below for a listing of all amino acids.
Essential amino acids are those the body cannot produce. There are 20 basic amino acids. There are eight essential amino acids unless the individual is a phenylketonuric. There are nine essential amino acids for phenylketonurics as they cannot convert phenylalanine to tyrosine. Essential amino acids have to be taken into the body by eating. This answer is for informational purposes only. All individuals should ask advice of their physician.
DNA contains no amino acids, it contains nucleic acids. Proteins can contain from 2 amino acids to tens of thousands.
Yes, the unique sequence of amino acids in a protein determines its specific structure and function. The order in which the amino acids are linked together influences the protein's shape and interaction with other molecules. Changing the sequence can alter the protein's properties and ultimately its biological role.
Non-essential amino acids can be synthesized by the body through various metabolic pathways utilizing precursor molecules such as glucose, fatty acids, and other amino acids. They do not need to be obtained through the diet because the body can produce them internally.
There are twenty amino acids, of which around half are made in the body. The other 10 are called 'essential amino acids', because they cannot be formed in our cells, so we must take them in, in our diet.