-transparent.png){kind=logo}
According to the literature, centrophenoxine weakens the teratogenic effect of cyclophosphamide. Circadianrhythmic examinations were carried out on Wistar-rats at 4 different times daily during embryogenesis. The spectrum of deformities induced by cyclophosphamide showed significant differences according to the stage of development and the time of day. The protective effect of centrophenoxine has been demonstrated, but its ability to do so also showed daytime fluctuations. The most remarkable effect was obtained 14 d post coitum at one in the morning. The importance of circadianrhythmic examinations in experimental work is therefore stressed, and should be given some more attention.
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
January 1976,
Archiv fur experimentelle Veterinarmedizin,
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
January 1982,
Anatomischer Anzeiger,
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
August 1976,
Gan,
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
January 1994,
Physiological research,
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
November 1987,
South Dakota journal of medicine,
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
January 1982,
Physiologia Bohemoslovaca,
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
March 1980,
Endocrinology,
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
January 1977,
Zeitschrift fur die gesamte innere Medizin und ihre Grenzgebiete,
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
May 2006,
Journal of pineal research,
H J Neumann, and
W Hollnack, and
B Hollnack, and
H Frömmel
March 1992,
Biulleten' eksperimental'noi biologii i meditsiny,
