Biologia, Bratislava 54/Suppl. 6: 151-156, 1999.

ISSN 0006-3088 (Biologia). ISSN 1335-6399 (Biologia. Section Cellular and Molecular Biology).

 

Full paper

The absence of geomagnetic field does not influence the development of the chick embryo.

 

Jitka Janoutova1*, Jiri Blaha2 & Richard Jelinek1

1 Institute of Histology and Embryology, 3rd Faculty of Medicine, Charles University, Ruska 87, CZ-10000 Prague 10, Czech Republic; tel.: ++42 2 6710 2311, fax: ++42 2 6710 2311

2 Geophysical Institute, Academy of Sciences of Czech Republic, Bocni II, 1a/1401, CZ-14000 Prague 4, Czech Republic

* corresponding author

Received: August 3, 1998 / Accepted: October 5, 1999

 

Abstract

The effects of incubation in the absence of a geomagnetic field were studied in embryos of White Leghorns in a series of experiments comprising about 500 treated specimens and approximately the same number of control specimens. No adverse effects were detected after the 2- or 9-days of incubation in a zero magnetic field produced by a compensation method in a special computer-controlled space. The prevalence of malformed and dead embryos, malformation spectra as well as stage distribution and mean weight of normal foetuses were similar in the control and the experimental groups. We conclude that magnetic field deprivation exerts no influence upon the morphological development of the chick embryo.

 

Key words: hypomagnetic field, embryogenesis, chick embryo.