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Human iron metabolism

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Human iron metabolism is the set of chemical reactions that maintain human homeostasis of iron at the systemic and cellular level. Iron is both necessary to the body and potentially toxic. Controlling iron levels in the body is a critically important part of many aspects of human health and disease. Hematologists have been especially interested in systemic iron metabolism because iron is essential for red blood cells, where most of the human body's iron is contained. Understanding iron metabolism is also important for understanding diseases of iron overload, such as hereditary hemochromatosis, and iron deficiency, such as iron deficiency anemia.
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20)Republic Day Parade 2019: Indias rich cultural diversity in display at Rajpath; ten features

India Republic Day -- With Indias 70th Republic Morning Saturday the annual ornement in the national capital exhibited the countrys rich societal heritage and traditions. Typically the central theme of the tableaux displayed was Mahatma Gandhi as 2019 marks the entire year of his 150th beginning anniversary. The might from the Indian military was upon full display and in particular womens power. Before the ornement celebrations kicked off with Prime Minister Narendra Modi paying homage to the martyrs by laying a flowered wreath at Amar Jawan Jyoti. At Rajpath the best Minister received President Good old ram Nath Kovind and Southern Africas President Cyril Ramaphosa who was the Chief Guest at Indias Republic Day 2019 event. President Kovind hoisted the tricolour as the countrywide anthem played and a 21-gun salute was fired by means of seven cannons of 2281 Field Regiment. Republic Morning Parade 2019 * Assam Rifles tableau: Participating in the Republic Day parade initially in hi...
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Importance of iron regulation

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Iron is an essential bioelement for most forms of life, from bacteria to mammals. Its importance lies in its ability to mediate electron transfer. In the ferrous state, iron acts as an electron donor, while in the ferric state it acts as an acceptor. Thus, iron plays a vital role in the catalysis of enzymatic reactions that involve electron transfer (reduction and oxidation, redox). Proteins can contain iron as part of different cofactors, such as iron-sulfur clusters (Fe-S) and heme groups, both of which are assembled in mitochondria. Cellular respiration edit Human cells require iron in order to obtain energy as ATP from a multi-step process known as cellular respiration, more specifically from oxidative phosphorylation at the mitochondrial cristae. Iron is present in the iron-sulfur clusters and heme groups of the electron transport chain proteins that generate a proton gradient that allows ATP synthase to synthesize ATP (chemiosmosis). Heme groups are part of hemoglobin, a protein ...
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