Title of article :
The Human Health Effect Programme in Greenland, a review
Author/Authors :
Eva Cecilie Bonefeld-J?rgensen*، نويسنده ,
Issue Information :
هفته نامه با شماره پیاپی سال 2004
Abstract :
The burden of persistent organic pollutants (POPs) in Arctic peoples has been monitored for some years. In 1997,
the Alta Declaration extended the mandate of the Arctic Assessment and Monitoring Programme (AMAP) to cover
assessment of the combined effects of environmental stressors. The AMAP Phase I assessment report (Assessment
report: Arctic pollution issues. Arctic monitoring and assessment programme (AMAP), Oslo Norway, xiiq859 pp.
Vol xii q 859 pp. Oslo, Norway, 1998) gave an overview of the classical toxicology of contaminants. Only recently
a programme for measuring the potential biological effects of these contaminants has been established: The AMAP
Human Health Effect Monitoring Programme. Body burden data alone are not enough to assess the health risks
associated with exposure to environmental contaminants in Arctic peoples. Furthermore, laboratory studies of the
effects of single chemicals or chemical mixtures in laboratory animals and cell cultures cannot fully elucidate the
human health risks. Integration of epidemiological health research and effect-biomarker studies on humans from
exposed populations in the Arctic is needed in order to obtain information about the real health risks resulting from
exposure to the accumulated mixtures of contaminants in the Arctic. The present text aims to give a short account of
background literature on known and suspected effects of environmental chemicals on endocrine regulated processes
with special emphasis on Arctic conditions. Following the evaluation of existing knowledge, a survey of the recently
started Human Health Effect Biomarker Programme in Greenland is given.
Keywords :
Persistent Organic Pollutants , Effect biomarkers , Endocrine disrupters , Neuro-immune system , Sex hormone function
Journal title :
Science of the Total Environment
Journal title :
Science of the Total Environment