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• Metal_toxicity abstract "Metal toxicity or metal poisoning is the toxic effect of certain metals in certain forms and doses on life. Some metals are toxic when they form poisonous soluble compounds. Certain metals have no biological role, i.e. are not essential minerals, or are toxic when in a certain form. In the case of lead, any measurable amount may have negative health effects. Often heavy metals are thought as synonymous, but lighter metals may also be toxic in certain circumstances, such as beryllium and lithium. Not all heavy metals are particularly toxic, and some are essential, such as iron. The definition may also include trace elements when considered in abnormally high, toxic doses. An option for treatment of metal poisoning may be chelation therapy, which is a technique which involves the administration of chelation agents to remove metals from the body.Toxic metals sometimes imitate the action of an essential element in the body, interfering with the metabolic process to cause illness. Many metals, particularly heavy metals are toxic, but some heavy metals are essential, and some, such as bismuth, have a low toxicity. Most often the definition of toxic metals includes at least cadmium, manganese, lead, mercury and the radioactive metals. Metalloids (arsenic, polonium) may be included in the definition. Radioactive metals have both radiological toxicity and chemical toxicity. Metals in an oxidation state abnormal to the body may also become toxic: chromium(III) is an essential trace element, but chromium(VI) is a carcinogen.Toxicity is a function of solubility. Insoluble compounds as well as the metallic forms often exhibit negligible toxicity. The toxicity of any metal depends on its ligands. In some cases, organometallic forms, such as methylmercury and tetraethyl lead, can be extremely toxic. In other cases, organometallic derivatives are less toxic such as the cobaltocenium cation.Decontamination for toxic metals is different from organic toxins: because toxic metals are elements, they cannot be destroyed. Toxic metals may be made insoluble or collected, possibly by the aid of chelating agents. Alternatively, they can be diluted into a sufficiently large reservoir, such as the sea, because immediate toxicity is a function of concentration rather than amount. However, bioaccumulation has the potential to reverse this.Toxic metals can bioaccumulate in the body and in the food chain. Therefore, a common characteristic of toxic metals is the chronic nature of their toxicity. This is particularly notable with radioactive heavy metals such as radium, which imitates calcium to the point of being incorporated into human bone, although similar health implications are found in lead or mercury poisoning. The exceptions to this are barium and aluminium, which can be removed efficiently by the kidneys.".
• Metal_toxicity wikiPageExternalLink ~toxmetal.
• Metal_toxicity wikiPageExternalLink index.html.
• Metal_toxicity wikiPageID "13153789".
• Metal_toxicity wikiPageLength "25278".
• Metal_toxicity wikiPageOutDegree "114".
• Metal_toxicity wikiPageRevisionID "700973979".
• Metal_toxicity wikiPageWikiLink Acrodynia.
• Metal_toxicity wikiPageWikiLink Acute_radiation_syndrome.
• Metal_toxicity wikiPageWikiLink Aluminium.
• Metal_toxicity wikiPageWikiLink Aluminium_phosphide.
• Metal_toxicity wikiPageWikiLink Alzheimers_disease.
• Metal_toxicity wikiPageWikiLink Anemia.
• Metal_toxicity wikiPageWikiLink Arsenic.
• Metal_toxicity wikiPageWikiLink Autism.
• Metal_toxicity wikiPageWikiLink Barium.
• Metal_toxicity wikiPageWikiLink Beryllium.
• Metal_toxicity wikiPageWikiLink Bioaccumulation.
• Metal_toxicity wikiPageWikiLink Bipolar_disorder.
• Metal_toxicity wikiPageWikiLink Bismuth.
• Metal_toxicity wikiPageWikiLink Bone.
• Metal_toxicity wikiPageWikiLink Cadmium.
• Metal_toxicity wikiPageWikiLink Calcium.
• Metal_toxicity wikiPageWikiLink Calcium_phosphide.
• Metal_toxicity wikiPageWikiLink Carcinogen.
• Metal_toxicity wikiPageWikiLink Cardiovascular_disease.
• Metal_toxicity wikiPageWikiLink Category:Element_toxicology.
• Metal_toxicity wikiPageWikiLink Category:Metals.
• Metal_toxicity wikiPageWikiLink Category:Toxic_effects_of_metals.
• Metal_toxicity wikiPageWikiLink Chelation.
• Metal_toxicity wikiPageWikiLink Chelation_therapy.
• Metal_toxicity wikiPageWikiLink Chemical_compound.
• Metal_toxicity wikiPageWikiLink Chromium.
• Metal_toxicity wikiPageWikiLink Circulatory_system.
• Metal_toxicity wikiPageWikiLink Cobaltocene.
• Metal_toxicity wikiPageWikiLink Coma.
• Metal_toxicity wikiPageWikiLink Confusion.
• Metal_toxicity wikiPageWikiLink Conjunctiva.
• Metal_toxicity wikiPageWikiLink Coordination_complex.
• Metal_toxicity wikiPageWikiLink Cyanide.
• Metal_toxicity wikiPageWikiLink Death.
• Metal_toxicity wikiPageWikiLink Disease.
• Metal_toxicity wikiPageWikiLink Electroplating.
• Metal_toxicity wikiPageWikiLink Epileptic_seizure.
• Metal_toxicity wikiPageWikiLink Evidence-based_medicine.
• Metal_toxicity wikiPageWikiLink Food_chain.
• Metal_toxicity wikiPageWikiLink Fumigation.
• Metal_toxicity wikiPageWikiLink Gastrointestinal_tract.
• Metal_toxicity wikiPageWikiLink Groundwater.
• Metal_toxicity wikiPageWikiLink Inorganic_compound.
• Metal_toxicity wikiPageWikiLink International_Agency_for_Research_on_Cancer.
• Metal_toxicity wikiPageWikiLink Iron.
• Metal_toxicity wikiPageWikiLink Iron_ore.
• Metal_toxicity wikiPageWikiLink Iron_overload.
• Metal_toxicity wikiPageWikiLink James_Couper_(academic).
• Metal_toxicity wikiPageWikiLink Kidney.
• Metal_toxicity wikiPageWikiLink Kilogram.
• Metal_toxicity wikiPageWikiLink Lead.
• Metal_toxicity wikiPageWikiLink Lead_poisoning.
• Metal_toxicity wikiPageWikiLink Learning_disability.
• Metal_toxicity wikiPageWikiLink Life.
• Metal_toxicity wikiPageWikiLink Ligand.
• Metal_toxicity wikiPageWikiLink List_of_IARC_Group_1_carcinogens.
• Metal_toxicity wikiPageWikiLink Lithium.
• Metal_toxicity wikiPageWikiLink Manganese.
• Metal_toxicity wikiPageWikiLink Mercury_(element).
• Metal_toxicity wikiPageWikiLink Mercury_poisoning.
• Metal_toxicity wikiPageWikiLink Metal.
• Metal_toxicity wikiPageWikiLink Metalloid.
• Metal_toxicity wikiPageWikiLink Methylmercury.
• Metal_toxicity wikiPageWikiLink Minamata_disease.
• Metal_toxicity wikiPageWikiLink Mucous_membrane.
• Metal_toxicity wikiPageWikiLink Multiple_organ_dysfunction_syndrome.
• Metal_toxicity wikiPageWikiLink Myocarditis.
• Metal_toxicity wikiPageWikiLink Nervous_system.
• Metal_toxicity wikiPageWikiLink Neurodegeneration.
• Metal_toxicity wikiPageWikiLink North_India.
• Metal_toxicity wikiPageWikiLink Occupational_Safety_and_Health_Administration.
• Metal_toxicity wikiPageWikiLink Organomercury.
• Metal_toxicity wikiPageWikiLink Organotin_chemistry.
• Metal_toxicity wikiPageWikiLink Overnutrition.
• Metal_toxicity wikiPageWikiLink Oxidation_state.
• Metal_toxicity wikiPageWikiLink Phosphine.
• Metal_toxicity wikiPageWikiLink Poison.
• Metal_toxicity wikiPageWikiLink Polonium.
• Metal_toxicity wikiPageWikiLink Radium.
• Metal_toxicity wikiPageWikiLink Renal_failure.
• Metal_toxicity wikiPageWikiLink Reproductive_system.
• Metal_toxicity wikiPageWikiLink Silver.
• Metal_toxicity wikiPageWikiLink Skin.
• Metal_toxicity wikiPageWikiLink Solubility.
• Metal_toxicity wikiPageWikiLink Tetraethyllead.
• Metal_toxicity wikiPageWikiLink Thallium.
• Metal_toxicity wikiPageWikiLink Tin.
• Metal_toxicity wikiPageWikiLink Toxic_heavy_metal.
• Metal_toxicity wikiPageWikiLink Toxicity.
• Metal_toxicity wikiPageWikiLink Trace_element.
• Metal_toxicity wikiPageWikiLink Vertebrate.
• Metal_toxicity wikiPageWikiLink Wilsons_disease.
• Metal_toxicity wikiPageWikiLink Zinc.

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