VARIABLE RESPONSES OF CHROMOSOMES TO MAGNETISM | BIONATURE

In 1973, it was discovered that magnetism can cause chromosomal abnormalities. Following research have proven beyond a shadow of a doubt that fields of 8000-10000 Oe cause chromosomal uncoiling. The opening of gyres, loosening of chromonemata, and removal of histones, as examined by the modified orcein - glucose banding method, are all influenced by chromosomal responses. When compared to Vicial faba, Allium cepa, and Pisum sativum cells in root meristems, cells of Allium cepa show the most magnetism.

In some cells, another crucial yet selective effect of magnetism has been observed: the emergence of a new category of chromosomes. This has been confirmed in various trials since 1973. In other tests, the only analogous case of visualising the formation of a nongenomic-chromosome in plant cells was met with the aftereffects of a carcinogen. Aside from these findings, magnetism has opened up new possibilities in the study of chromosomal abnormalities and mutagens.

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