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During the development of a method for determination of brominated flame retardants in human plasma and serum using solid-phase extraction, several brominated flame retardants were found in the procedural blanks. The contaminants originated most probably from the laboratory air. The brominated flame retardants were found to be adsorbed on glass surfaces and to be acquired using solid-phase sampling. 2,4,6-Tribromophenol, 2,2',4,4'-tetrabromodiphenyl ether (BDE-47) and 2,2',4,4',5-pentabromodiphenyl ether (BDE-99) were the most abundant brominated flame retardants in our laboratory air, however, large differences in contamination with respect to sampling time and place were observed.
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
February 2008,
Molecular nutrition & food research,
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
February 2008,
Molecular nutrition & food research,
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
January 2020,
Journal of environmental science and health. Part A, Toxic/hazardous substances & environmental engineering,
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
January 2015,
Environmental pollution (Barking, Essex : 1987),
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
September 2003,
Environment international,
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
January 2004,
Environmental health perspectives,
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
January 2023,
Environmental chemistry letters,
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
April 2016,
Current opinion in biotechnology,
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
April 2008,
International journal of andrology,
C Thomsen, and
H Leknes, and
E Lundanes, and
G Becher
May 2012,
Chemosphere,
