The EVISA Link database contains information about all aspects of arsenic speciation:
- arsenic species determination (analytical methods etc)
- toxicity and biological activity of different arsenic species
- distribution and fate of arsenic species in the environment
- mobility, bioavailability and bioaccumulation of arsenic species
- Research groups and their projects related to the chemical speciation of As
- Standards, rules and legislation related to arsenic
If you are looking for something special, please go to the Link Database that will allow for more specific search.
Information
Arsenic Statistics and Information Publications Contact Subscribe...
Arsenic Statistics and Information Publications Contact Subscribe...
© 2015 Matís OHF. starring Denique LeBlanc and Dr. Ásta Heiðrún Pétursdóttir The video talks about arsenic species in different foodstuffs and the die...
Drinking water rich in arsenic over a long period leads to arsenic
poisoning or arsenicosis. Many waters contain some arsenic and
excessive concentrations are known to naturally occur in some area...
Drinking water rich in arsenic over a long period leads to arsenic
poisoning or arsenicosis. Many waters contain some arsenic and
excessive concentrations are known to naturally occur in some area...
Online focal point for the environmental health disaster in Bangladesh and West Bengal, India, where millions of people are drinking ground water heavily contaminated with arsenic. Site includes infob...
WHO - EHC monographs are based on a comprehensive search of available original publications, scientific literature and reviews and examine: the physical and chemical properties and analytical method...
Arsenic was previously evaluated in the tenth and twenty-seventh reports of The Joint FAO/WHO Expert Committee on Food Additives (Annex 1, references 13 and 62). It was concluded at the twenty-seventh...
The monograph is designed to give methods that provide a framework for analysing the boundaries between deficient and excess oral intakes of ETEs. Application of the principles described in this monog...
Arsenic in drinking-water is a hazard to human health. It has attracted much
attention since recognition in the 1990s of its wide occurrence in well-water in
Bangladesh. It occurs less extensively...
Key facts Arsenic is naturally present at high levels in the groundwater of a number of countries. Arsenic is highly toxic in its inorganic form.Contaminated water used for drinking, food preparation...
Drinking water is derived from a variety of sources depending on local availability: surface water (rivers, lakes, reservoirs and ponds), groundwater (aquifers) and rain water. These sources are very ...
Arsenic (IPA: /ˈɑːsənɪk/, /ˈɑɹsənɪk/) is a chemical element that has the symbol As and atomic number 33. Its Atomic Mass is 74.92. Its Ionic Charge is...
Arsenic (IPA: /ˈɑːsənɪk/, /ˈɑɹsənɪk/) is a chemical element that has the symbol As and atomic number 33. Its Atomic Mass is 74.92. Its Ionic Charge is...
Arsenic (IPA: /ˈɑːsənɪk/, /ˈɑɹsənɪk/) is a chemical element that has the symbol As and atomic number 33. Its Atomic Mass is 74.92. Its Ionic Charge is...
« ‹ 21 22 23 24 25 26 27 28 29 › »
