The composition of hemoglobin is the same in all people. Like other proteins, hemoglobins consists of many opposite structures which help to define its function. The main structure of hemoglobin is its aminic acid sequence. There are two different chains, one alpha, containing one hundred and forty one amino acids and one beta containing one hundred and forty sextuplet amino acids. The protein sections of each of these chains are called a globulin.

on the whole of the hemoglobins secondary structures are stabilized by hydrogen bonds.
A mutation causes a structural miscellany in the polypeptide causing an unusual, sickle shaped red blood cell. Because of the structural change, the protein is not allowed because of structural limits to perform its function since it dejection no longer fit through the vessels. At the functional part of the structure which is within each heme element is an iron ion. A heme without the iron is known as a porphyrin. The iron is held flat or matched by quartette nitrogen ligands that form to make a ring shape. In deoxyhemoglobin, the nitrogen binds to the iron from an amino acid. One hemoglobin soupcon has the ability to transport up to four oxygen...If you want to get a full essay, order it on our website: Ordercustompaper.com
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