Heavy Metals in the Environment: International Conference Heidelberg, September 1983, Volume 1 |
From inside the book
Results 1-3 of 40
Page 68
... urinary V excretion for several days after the end of exposure . In heavily exposed subjects ( mean urinary V excretion : 63.8 ug V / g creatinine see Figure 1 ) , the t / 2 was around 15 hours and the urinary elimination followed the ...
... urinary V excretion for several days after the end of exposure . In heavily exposed subjects ( mean urinary V excretion : 63.8 ug V / g creatinine see Figure 1 ) , the t / 2 was around 15 hours and the urinary elimination followed the ...
Page 274
... urinary concentration . Excessive urinary excretion of B2 - microglobulin or retinol - binding protein served as indicators of renal dysfunction . Dose - response relationships were calculated by probit analysis . The results obtained ...
... urinary concentration . Excessive urinary excretion of B2 - microglobulin or retinol - binding protein served as indicators of renal dysfunction . Dose - response relationships were calculated by probit analysis . The results obtained ...
Page 515
... urinary parameters of men with normal or increased pressure working in a plant for the primary production of zinc Control Exposed without hypertension Exposed with hypertension a Blood Pb ( ug / dl ) Urinary Pb ( ug / g cr . ) Urinary ...
... urinary parameters of men with normal or increased pressure working in a plant for the primary production of zinc Control Exposed without hypertension Exposed with hypertension a Blood Pb ( ug / dl ) Urinary Pb ( ug / g cr . ) Urinary ...
Contents
PLENARY SESSION Page | 9 |
A Historical Perspective on the Role of Aluminium in Toxicity of Acidic Soils and Lake Waters | 17 |
WHOEuro Monitoring and Epidemiology Programmes Related to Heavy Metals | 33 |
Copyright | |
59 other sections not shown
Other editions - View all
Common terms and phrases
accumulation acid aerosol aluminium analysis analytical areas arsenic assessment atmospheric atomic absorption average biological blood lead cadmium cells Chem chemical chromium complexes compounds consumption containing copper correlation creatinine decrease detection determined digestion dose effects emission Environ environmental evaluation excretion exposed exposure extraction factors filter fraction Gould Bay heavy metals higher ICP-AES increase indicate inorganic intake kidney laboratory lead concentrations liver manganese measured mercury metal concentrations metallothioneins method methylmercury mg/kg neutron neutron activation analysis nitric acid obtained organic particles plants pollution population precipitation protein range ratio renal sampler samples sediment sewage sludge showed significant soil soluble solution sources speciation species Stoeppler surface Table techniques tion tissue tolerant toxic trace elements trace metals uptake urinary urine values vanadium Weddell Sea wet deposition workers X-ray zinc