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An inhalation exposure chamber was designed to fit conveniently into a standard laboratory exhaust hood. The chamber was constructed entirely of non-corrosive materials and was suitable for continuous exposure of 6 small laboratory animals to corrosive atmospheres such as ozone. A separate, outer chamber surrounding a smaller, inner chamber permitted access to each individually housed animal without disturbing the experimental atmosphere. Facilities were available for ad libitum access to food and water for chronic exposures. The chamber was easily disassembled for cleaning. A safety mechanism was described which automatically stops the generation of a toxic gas in the event of an exhaust system failure.
M R Montgomery, and
R E Anderson, and
G A Mortenson
March 1953,
American Industrial Hygiene Association quarterly,
M R Montgomery, and
R E Anderson, and
G A Mortenson
December 1981,
Laboratory animal science,
M R Montgomery, and
R E Anderson, and
G A Mortenson
December 1980,
Laboratory animal science,
M R Montgomery, and
R E Anderson, and
G A Mortenson
February 1959,
American Industrial Hygiene Association journal,
M R Montgomery, and
R E Anderson, and
G A Mortenson
January 1970,
American Industrial Hygiene Association journal,
M R Montgomery, and
R E Anderson, and
G A Mortenson
January 1976,
Toxicology,
M R Montgomery, and
R E Anderson, and
G A Mortenson
January 2005,
Drug development and industrial pharmacy,
M R Montgomery, and
R E Anderson, and
G A Mortenson
January 1985,
Toxicology letters,
M R Montgomery, and
R E Anderson, and
G A Mortenson
May 1985,
Gigiena truda i professional'nye zabolevaniia,
M R Montgomery, and
R E Anderson, and
G A Mortenson
January 1981,
Fundamental and applied toxicology : official journal of the Society of Toxicology,
