ONKI3 | Medical Subject Headings


Hierarchy:	Medical Subject Headings (MeSH) ∟ Inorganic Chemicals ∟ Elements ∟ Metals, Heavy ∟ Iron 58 coordinate concepts 2 subordinate concepts ∟ D007501Q000172* \| ∟ D007501Q000737* ∟ Cadmium \| ∟ Chromium \| ∟ Cobalt \| ∟ Copper \| ∟ Gold \| ∟ Hafnium \| ∟ Iridium \| ∟ Lawrencium \| ∟ Lutetium \| ∟ Manganese \| ∟ Mercury \| ∟ Molybdenum \| ∟ Nickel \| ∟ Niobium \| ∟ Osmium \| ∟ Palladium \| ∟ Platinum \| ∟ Rhenium \| ∟ Rhodium \| ∟ Ruthenium \| ∟ Scandium \| ∟ Silver \| ∟ Tantalum \| ∟ Technetium \| ∟ Titanium \| ∟ Tungsten \| ∟ Vanadium \| ∟ Yttrium \| ∟ Zinc \| ∟ Zirconium \| ∟ Actinium \| ∟ Americium \| ∟ Antimony \| ∟ Barium \| ∟ Berkelium \| ∟ Bismuth \| ∟ Californium \| ∟ Cesium \| ∟ Curium \| ∟ Einsteinium \| ∟ Fermium \| ∟ Francium \| ∟ Gallium \| ∟ Germanium \| ∟ Indium \| ∟ Lead \| ∟ Mendelevium \| ∟ Neptunium \| ∟ Nobelium \| ∟ Plutonium \| ∟ Protactinium \| ∟ Radium \| ∟ Rubidium \| ∟ Strontium \| ∟ Thallium \| ∟ Thorium \| ∟ Tin \| ∟ Uranium Medical Subject Headings (MeSH) ∟ Inorganic Chemicals ∟ Elements ∟ Transition Elements ∟ Iron 58 coordinate concepts 2 subordinate concepts ∟ D007501Q000172* \| ∟ D007501Q000737* ∟ Cadmium \| ∟ Chromium \| ∟ Cobalt \| ∟ Copper \| ∟ Gold \| ∟ Hafnium \| ∟ Iridium \| ∟ Lawrencium \| ∟ Lutetium \| ∟ Manganese \| ∟ Mercury \| ∟ Molybdenum \| ∟ Nickel \| ∟ Niobium \| ∟ Osmium \| ∟ Palladium \| ∟ Platinum \| ∟ Rhenium \| ∟ Rhodium \| ∟ Ruthenium \| ∟ Scandium \| ∟ Silver \| ∟ Tantalum \| ∟ Technetium \| ∟ Titanium \| ∟ Tungsten \| ∟ Vanadium \| ∟ Yttrium \| ∟ Zinc \| ∟ Zirconium \| ∟ Actinium \| ∟ Americium \| ∟ Antimony \| ∟ Barium \| ∟ Berkelium \| ∟ Bismuth \| ∟ Californium \| ∟ Cesium \| ∟ Curium \| ∟ Einsteinium \| ∟ Fermium \| ∟ Francium \| ∟ Gallium \| ∟ Germanium \| ∟ Indium \| ∟ Lead \| ∟ Mendelevium \| ∟ Neptunium \| ∟ Nobelium \| ∟ Plutonium \| ∟ Protactinium \| ∟ Radium \| ∟ Rubidium \| ∟ Strontium \| ∟ Thallium \| ∟ Thorium \| ∟ Tin \| ∟ Uranium Medical Subject Headings (MeSH) ∟ Inorganic Chemicals ∟ Metals ∟ Metals, Heavy ∟ Iron 58 coordinate concepts 2 subordinate concepts ∟ D007501Q000172* \| ∟ D007501Q000737* ∟ Cadmium \| ∟ Chromium \| ∟ Cobalt \| ∟ Copper \| ∟ Gold \| ∟ Hafnium \| ∟ Iridium \| ∟ Lawrencium \| ∟ Lutetium \| ∟ Manganese \| ∟ Mercury \| ∟ Molybdenum \| ∟ Nickel \| ∟ Niobium \| ∟ Osmium \| ∟ Palladium \| ∟ Platinum \| ∟ Rhenium \| ∟ Rhodium \| ∟ Ruthenium \| ∟ Scandium \| ∟ Silver \| ∟ Tantalum \| ∟ Technetium \| ∟ Titanium \| ∟ Tungsten \| ∟ Vanadium \| ∟ Yttrium \| ∟ Zinc \| ∟ Zirconium \| ∟ Actinium \| ∟ Americium \| ∟ Antimony \| ∟ Barium \| ∟ Berkelium \| ∟ Bismuth \| ∟ Californium \| ∟ Cesium \| ∟ Curium \| ∟ Einsteinium \| ∟ Fermium \| ∟ Francium \| ∟ Gallium \| ∟ Germanium \| ∟ Indium \| ∟ Lead \| ∟ Mendelevium \| ∟ Neptunium \| ∟ Nobelium \| ∟ Plutonium \| ∟ Protactinium \| ∟ Radium \| ∟ Rubidium \| ∟ Strontium \| ∟ Thallium \| ∟ Thorium \| ∟ Tin \| ∟ Uranium X
Broader terms:	Medical Subject Headings (MeSH) ∟ Inorganic Chemicals ∟ Elements ∟ Metals, Heavy ∟ Iron Medical Subject Headings (MeSH) ∟ Inorganic Chemicals ∟ Elements ∟ Transition Elements ∟ Iron Medical Subject Headings (MeSH) ∟ Inorganic Chemicals ∟ Metals ∟ Metals, Heavy ∟ Iron Metals, Heavy > Elements > Inorganic Chemicals > Medical Subject Headings (MeSH) Transition Elements > Elements > Inorganic Chemicals > Medical Subject Headings (MeSH) Metals, Heavy > Metals > Inorganic Chemicals > Medical Subject Headings (MeSH) X
Narrower terms:	D007501Q000172* \| D007501Q000737* X
Annotation:	Fe-56; Fe(II) = FERROUS COMPOUNDS, Fe(III) = FERRIC COMPOUNDS; /defic: permitted but consider ANEMIA, IRON DEFICIENCY; pneumoconiosis caused by iron particles = SIDEROSIS; /metab: consider also IRON OVERLOAD; metabolic disorders = IRON METABOLISM DISORDERS X
historyNote*:	/metabolism was IRON METABOLISM 1963-65 X
publicMeSHNote*:	/metabolism was IRON METABOLISM 1963-65 X
Scope note:	A metallic element found in certain minerals, in nearly all soils, and in mineral waters. It has the atomic symbol Fe, atomic number 26, and atomic weight 55.85. It is an essential constituent of hemoglobin, cytochrome, and other components of respiratory enzyme systems. Its chief functions are in the transport of oxygen to tissue (hemoglobin) and in cellular oxidation mechanisms. Depletion of iron stores may result in iron-deficiency anemia. Iron is used to build up the blood in anemia. (From Dorland, 27th ed) X
activeMeSHYear*:	2007X
dateCreated*:	1999-01-01X
dateRevised*:	2006-07-10X
recordAuthorizer*:	NLMX
recordMaintainer*:	NLMX
recordOriginator*:	NLMX
Related term:	Ferric Compounds \| Ferritins \| Ferrous Compounds \| Hemosiderin \| Hemosiderosis \| Iron Isotopes \| Iron Radioisotopes \| Siderosis \| Transferrin X
Type:	Concept X
Coordinate terms:	Cadmium \| Chromium \| Cobalt \| Copper \| Gold \| Hafnium \| Iridium \| Lawrencium \| Lutetium \| Manganese \| Mercury \| Molybdenum \| Nickel \| Niobium \| Osmium \| Palladium \| Platinum \| Rhenium \| Rhodium \| Ruthenium \| Scandium \| Silver \| Tantalum \| Technetium \| Titanium \| Tungsten \| Vanadium \| Yttrium \| Zinc \| Zirconium \| Actinium \| Americium \| Antimony \| Barium \| Berkelium \| Bismuth \| Californium \| Cesium \| Curium \| Einsteinium \| Fermium \| Francium \| Gallium \| Germanium \| Indium \| Lead \| Mendelevium \| Neptunium \| Nobelium \| Plutonium \| Protactinium \| Radium \| Rubidium \| Strontium \| Thallium \| Thorium \| Tin \| Uranium X
URI:	X
Labels and equivalent concepts:	Rauta (fi) Fe (fi, replaced) Järn (sv) TIBC (en, replaced) Ferrum (la-FI, replaced) X
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