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The Chemical Structures of the Cell Molecules

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Added on  2020-04-15

The Chemical Structures of the Cell Molecules

   Added on 2020-04-15

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In conclusion, the color of the blue d is able to depend on different chemical reaction between blood and the molecules, which are main carriers of oxygen. The hemoglobin is key in human blood, which makes it red (Walker, 2010). The hemoglobin has iron molecules which produce the red color when they are oxygenated. On the other hand, the spiders has hemocyanin on their blood (BBC Worldwide & Film Media Group, 2015). These are the major carriers of oxygen andthey contain copper atoms. When oxygenated the hemocyanin are able to turn blue and therefore making the spider blood to turn blue in color. ReferencesVsThe color of the blood is defined by specific molecules, which hold oxygen and therefore define the color of the blood. Human blood has Hemoglobin while spider blood has hemocyanin. The human Hemoglobin contain iron which when they combine with oxygen give the blood the red color. On the other hand, Hemocyann contains copper, which is responsible for the blue color of the blood. vsThe chemical structures of the cell molecules are clear explanations which define the color of the blood. When oxygenated, these cell molecules are able to produce the red and blue color respectively. vsBoth Hemoglobin and hemocyanin are responsible for carrying the oxygen. The iron and copper atoms when they combine with oxygen produces the red and blue color Colorless Hemocyanin2 Cu2 Fe
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