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2023
Biomonitoring refers to the systematic measurement of compounds and/or detection of cell or cell molecules alterations in living organisms with the purpose of identifying or assessing potential hazardous exposure and effects to chemicals or other hazardous agents.
Costa, C, Teixeira, JP
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Biomonitoring refers to the systematic measurement of compounds and/or detection of cell or cell molecules alterations in living organisms with the purpose of identifying or assessing potential hazardous exposure and effects to chemicals or other hazardous agents.
Costa, C, Teixeira, JP
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2017
Biological monitoring has the potential to decrease the uncertainty in estimating exposures by conventional methods, to provide biologically relevant measures of exposure, and to determine whether individuals or a population are at increased risk of adverse health effects caused by specific chemicals. Recent developments in system toxicology and "omics"
Bergamaschi E +3 more
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Biological monitoring has the potential to decrease the uncertainty in estimating exposures by conventional methods, to provide biologically relevant measures of exposure, and to determine whether individuals or a population are at increased risk of adverse health effects caused by specific chemicals. Recent developments in system toxicology and "omics"
Bergamaschi E +3 more
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Biomonitoring Equivalents for selenium
Regulatory Toxicology and Pharmacology, 2014Selenium is an essential nutrient for human health with a narrow range between essentiality and toxicity. Selenium is incorporated into several proteins that perform important functions in the body. With insufficient selenium intake, the most notable effect is Keshan disease, an endemic cardiomyopathy in children.
Hays, Sean M. +3 more
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Biomonitoring Equivalents for cyanide
Regulatory Toxicology and Pharmacology, 2018Exposure to cyanide is widespread in human populations due to a variety of natural and anthropogenic sources. The potential health risks of excess cyanide exposure are dose-dependent and include effects on the thyroid, the male reproductive system, developmental effects, neuropathies and death.
C R, Kirman +3 more
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Biomonitoring equivalents for hexachlorobenzene
Regulatory Toxicology and Pharmacology, 2010Recent efforts worldwide have resulted in a growing database of measured concentrations of chemicals in blood and urine samples taken from the general population. However, few tools exist to assist in the interpretation of the measured values in a health risk context.
Aylward, Lesa L. +4 more
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Biomonitoring Equivalents for molybdenum
Regulatory Toxicology and Pharmacology, 2016Molybdenum is an essential trace element for mammalian, plant, and other animal systems. The Institute of Medicine (IOM) has established an Estimated Average Requirement (EAR) to assure sufficient molybdenum intakes for human populations; however excessive exposures can cause toxicity.
Sean M. Hays +5 more
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Biomonitoring Equivalents for benzene
Regulatory Toxicology and Pharmacology, 2012Biomonitoring Equivalents (BEs) are defined as the concentration or range of concentrations of a chemical or its metabolite in a biological medium (blood, urine, or other medium) that is consistent with an existing health-based exposure guideline such as a reference dose (RfD) or tolerable daily intake (TDI).
Hays, Sean M. +3 more
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Trends in Online Biomonitoring
2018We are living in a digital world and Internet of Things is our last and still ongoing revolution [1]. In the last ten years, the number of devices which are connected to the internet increased ten times. This revolutionary is happening mainly in the industrial area, mainly from efficiency, time and cost reasons.
Antonín Bárta +4 more
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[Human biomonitoring, biomarkers, environmental biomonitoring].
Annales pharmaceutiques francaises, 2012Human biomonitoring is a form of environmental public health surveillance. It is not to be confused with environmental biomonitoring (or ecomonitoring), which is the observation of living organisms implemented with the objective of monitoring quality of environments.
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Biomonitoring and environmental management
Environmental Monitoring and Assessment, 1990The advantages of biological monitoring of the environment have been long recognised. Direct measurements on biota of importance rather than the use of chemical surrogates, integration over time and the ability to measure the perhaps subtle changes brought about by minor or intermittent pollution have all been propounded as adantages.There appear to be
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