نتایج جستجو برای: mercury compounds

تعداد نتایج: 266231  

Journal: :The Journal of clinical investigation 1951
J GROSSMAN R E WESTON R A LEHMAN J P HALPERIN T D ULLMANN L LEITER

The widespread use of mercurial diuretics has stimulated greater interest in the metabolism of organic mercurials in man. Recently proposed regimens (1) involving frequent, even daily, administration of mercurials, have focused particular attention on the 24 hour excretion of these compounds in relation to the cumulative toxicity of any mercury which may be retained. Moreover, little is known o...

Journal: :Clinical toxicology 2006
Teresa Lech Halina Goszcz

BACKGROUND Mercury and mercury compounds (inorganic and organic) can cause acute or chronic poisoning. Acute poisonings, especially with inorganic salts, are widely described, but only sparse data are available on intoxication from oral elemental mercury. We report a case of elemental mercury ingestion followed by pulmonary aspiration of the elemental mercury. CASE REPORT A 49-year-old woman ...

2006
Y. Shastri

Mercury is recognized internationally as an important pollutant, since mercury and its compounds are persistent, bioaccumulative and toxic, and pose human and ecosystem risks. Although mercury can cycle in the environment in all media, an important aspect of this cycling is the bioaccumulation of mercury along the aquatic food chain. Mercury, in the form of methylmercury, bioaccumulates up the ...

2012
Kuo-Liang Chen Shing-Hwa Liu Chin-Chuan Su Cheng-Chieh Yen Ching-Yao Yang Kuan-I Lee Feng-Cheng Tang Ya-Wen Chen Tien-Hui Lu Yi-Chang Su Chun-Fa Huang

Mercury is a toxic heavy metal that is an environmental and industrial pollutant throughout the world. Mercury exposure leads to many physiopathological injuries in mammals. However, the precise toxicological effects of mercury on pancreatic islets in vivo are still unclear. Here, we investigated whether mercuric compounds can induce dysfunction and damage in the pancreatic islets of mice, as w...

2017
Max J H Worthington Renata L Kucera Inês S Albuquerque Christopher T Gibson Alexander Sibley Ashley D Slattery Jonathan A Campbell Salah F K Alboaiji Katherine A Muller Jason Young Nick Adamson Jason R Gascooke Deshetti Jampaiah Ylias M Sabri Suresh K Bhargava Samuel J Ippolito David A Lewis Jamie S Quinton Amanda V Ellis Alexander Johs Gonçalo J L Bernardes Justin M Chalker

Mercury pollution threatens the environment and human health across the globe. This neurotoxic substance is encountered in artisanal gold mining, coal combustion, oil and gas refining, waste incineration, chloralkali plant operation, metallurgy, and areas of agriculture in which mercury-rich fungicides are used. Thousands of tonnes of mercury are emitted annually through these activities. With ...

2017
Tushar S. Basu Baul Sajal Kundu Herbert Höpfl Edward R.T. Tiekink Anthony Linden Edward R. T. Tiekink

A systematic series of seven mercury compounds of (E)-N-(pyridin-2-ylmethylidene)arylamine (L), where L is a variously R substituted ligand, with the formulations [HgX2L]2: X = Cl; R = 4-CH2CH3 (4), 4-OCH2CH3 (5), 4-Cl (6), 2-CO2CH3 (7), or 4-CO2CH3 (8); X = Br; R = 4-CO2CH3 (9a) and [HgX2L]: X = Br; R = 4-CO2CH3 (9b) and X = I; R = 4-CO2CH3 (10), were synthesized. All compounds have been struc...

Journal: :The Journal of neuroscience : the official journal of the Society for Neuroscience 2009
Claudio Coddou Juan F Codocedo Shuo Li Juan G Lillo Claudio Acuña-Castillo Paulina Bull Stanko S Stojilkovic J Pablo Huidobro-Toro

P2X receptor channels (P2XRs) are allosterically modulated by several compounds, mainly acting at the ectodomain of the receptor. Like copper, mercury, a metal that induces oxidative stress in cells, also stimulates the activity of P2X(2)R and inhibits the activity of P2X(4)R. However, the mercury modulation is not related to the extracellular residues critical for copper modulation. To identif...

2007
Boyd E. Haley

Mercury(II) or Hg, is neurotoxic. When exposed to normal brain tissue homogenates, neurons in culture, Hg (mercury(II) or mercuric mercury) is capable of causing many of the same biochemical aberrancies found in Alzheimer’s diseased (AD) brain. Also, rats exposed to mercury(0), metallic mercury, vapor show some of these same abnormalities in their brain tissue. Specifically, the rapid inactivat...

Journal: :مجله دانشگاه علوم پزشکی کرمانشاه 0
jamshid derayat abbas rezaee sayed bagher mortazavi yadollah yamini ali khavanin ardalan soleimanian

introduction: wastewaters of chemical, petrochemical, electrical, pharmaceutical and paper industries are the main sources of mercury and its compounds. mercury is one of the toxic elements, so its removal from water and industrial wastewaters seems to be important and essential. the objective of this study was to investigate effective factors such as ph, contact time, absorbent dose, mixing ra...

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