Mercury, Mercurials, and MercaptansMorton W. Miller, Thomas W. Clarkson |
From inside the book
Results 1-3 of 13
Page 360
... hydrogen peroxide ( 28 ) which rapidly is destroyed , predominantly in a reaction with glutathione catalysed by glutathione peroxidase ( 21,9 ) . Both methylene blue and menadione strongly stimulate the pentose shunt activity ( 4,5 ) ...
... hydrogen peroxide ( 28 ) which rapidly is destroyed , predominantly in a reaction with glutathione catalysed by glutathione peroxidase ( 21,9 ) . Both methylene blue and menadione strongly stimulate the pentose shunt activity ( 4,5 ) ...
Page 364
... hydrogen peroxide in increasing concentrations at 37 ° C and normal oxygen pressure . Average concentrations of glutathione ( GSH ) measured before and after the equilibrations are also shown . with increasing hydrogen peroxide exposure ...
... hydrogen peroxide in increasing concentrations at 37 ° C and normal oxygen pressure . Average concentrations of glutathione ( GSH ) measured before and after the equilibrations are also shown . with increasing hydrogen peroxide exposure ...
Page 366
... hydrogen peroxide catalase complex is involved , especially since these inhibitors have high affinities for this com- plex ( 34 , 10 ) . No correlation has been found between the rate of oxidation of glutathione caused by exposure to ...
... hydrogen peroxide catalase complex is involved , especially since these inhibitors have high affinities for this com- plex ( 34 , 10 ) . No correlation has been found between the rate of oxidation of glutathione caused by exposure to ...
Contents
AN APPRAISAL OF THE EPIDEMIOLOGY AND TOXICOLOGY | 23 |
ARYLAND ALKOXYALKYLMERCURIALSLeonard J Goldwater | 56 |
MERCAPTANS THE BIOLOGICAL TARGETS FOR MERCURIALS | 68 |
Copyright | |
16 other sections not shown
Common terms and phrases
accumulation acetate alkylmercury amino acids animals ATPase Berlin bile binding body burden brain catalase chlormerodrin Clarkson clinical concentration of mercury cortex cortical cury cysteine damage distribution of mercury diuresis dose effect enzyme experiments exposure to mercury Figure fish Foulkes fraction glutathione Hg² Hg2+ hydrogen peroxide increase inhibition injection inorganic mercury kidney level of mercury liver Magos MeHg membrane mercaptomerin mercurial diuretics mercuric chloride mercuric ion mercury compounds mercury content mercury vapor mersalyl metabolism metal metallothionein methyl methylmercury mg Hg/kg mg/kg mice Minamata Minamata disease monkeys nondiuretic Norseth observed organic oxidation PCMB penicillamine percent Pharmacol phenylmercuric acetate phenylmercury Piotrowski plasma protein radioactivity rats reabsorption red blood cells red cells renal reported Rothstein salts sodium soluble solution studies sulfhydryl groups Table thiol tion tissue total mercury toxic Toxicol transport tubular uptake of mercury urinary urine vitro vivo Vostal