Inversion of multi-transient EM data from anisotropic media

Abstract

The experiments on the juvenile female rats were carried out to show the response of the hypothalamo-hypophysial-ovary system (HHOS) of rats to different light-dark conditions (L:D = 14:10, LL and DD) after damage of the lateral septal nucleus (LSN). It was shown that 7-day-long caging of rats under different illumination conditions during winter caused striking effects on HHOS and they were more pronounced when it was LL or L:D than DD. Effects of LSN Lesions depended on illumination conditions but they were not opposite in the animals submitted to LL or DD. Effects of the LSN lesions were the most pronounced in rats submitted to LL and the less pronounced in rats submitted to L:D. A conclusion is drawn that the LSN participates in the response of the HHOS of rats to illumination conditions.