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stronger oxygen binding capability can also cause difficulty in unbinding oxygen, globin chains in order to achieve stronger oxygen binding capability, distruction of F-type hemoglobin after birth manifested in increase in billirubin, death if only S-type hemoglobin is found in the blood, A found in healthy adults, binding one oxygen molecule to one hem unit adds up to one gram of hemoglobin can bind 1.39 ml oxygen, S is a symptom of sickle cell anemia, increase in billirubin might result in newborn jaundice, sickle form of cells is a problem in low oxygen enviroment, deoxyhemoglobin after releasing oxygen, might protect against malaria suggested because of similarity between sickle cell gene distribution and malaria distribution, sickle cell anemia can cause death, molecules get a long fiber shape and attach to each other resultes in difficulty in releasing oxygen, molecules get a long fiber shape and attach to each other resultes in injuring cells membrane, low oxygen enviroment which causes molecules get a long fiber shape and attach to each other, oxyhemoglobin when carrying oxygen , F found in fetus, globin chains from type beta (2 chains), globin chains from type alpha (2 chains), protein with quartenary structure contains two heme units, protein with quartenary structure contains globin chains, binding the oxygen to the iron atoms capable of binding one oxygen molecule to one hem unit, fetus differs in globin chains, low oxygen enviroment such as near muscles, Hemoglobin is also called deoxyhemoglobin, Hemoglobin is also called oxyhemoglobin, a difference of one amino-acid in the protein chain which causes sickle form of cells, Hemoglobin is protein with quartenary structure , might protect against malaria because prevents the reproduction of the mosquito in the red cells, Hemoglobin is classified to types S, Hemoglobin is classified to types A, Hemoglobin is classified to types F, not a dominant gene therefore allows the affected individual to reproduce, death but the gene is not extinct, stronger oxygen binding capability in order to allow the fetus to bind oxygen from the mother's hemoglobin, the gene is not extinct because might protect against malaria, the gene is not extinct because not a dominant gene, sickle cell anemia is caused by a difference of one amino-acid in the protein chain, two heme units perform the function of binding the oxygen to the iron atoms, difficulty in unbinding oxygen is solved by distruction of F-type hemoglobin after birth