-transparent.png){kind=logo}
An evaluation of a special safety cabinet housing a high-speed centrifuge was made. The cabinet enclosed both the top access port and the drive and pumping machinery of the centrifuge. A titanium rotor was loaded with tubes containing a bacterial culture, weakened, and driven until rotor rupture occurred. There were several bent and broken components in the centrifuge, and bacteria leaked from the vacuum chamber. Although the forces were sufficient to displace the cabinet, none of the test bacteria were found outside the cabinet.
Related Publications
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
May 1979,
Journal of clinical pathology,
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
January 1991,
American Industrial Hygiene Association journal,
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
October 1979,
Laboratory animal science,
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
July 1974,
Journal of clinical pathology,
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
May 2001,
American clinical laboratory,
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
November 1974,
Journal of clinical pathology,
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
April 1983,
Medical laboratory sciences,
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
October 1974,
Applied microbiology,
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
June 2009,
The Annals of occupational hygiene,
M A Chatigny, and
S Dunn, and
K Ishimaru, and
J A Eagleson, and
S B Prusiner
February 1984,
The Japanese journal of experimental medicine,
