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The original technology of obtaining the tobacco plants possessing the complex of selectively useful features (accelerated development, high productivity, and resistance to complex salinization) has been elaborated, and inheritance of the physiologic and biochemic peculiarities of such plants has been investigated. To get the important and selective changes of yellow-leaved tobacco Krupnolistny 20 (KR 20, Large-leaved 20) cultivar, the native and alkylated by thiophosphamide DNA of salt-tolerant nightshade (Solanum nigrum L.) and DNA of pCAMVNEO and pTi8628 plasmids have been used. Its useful advantage is the provision of a wider change range and larger output of changed viable plants. The changes obtained by DNA action on tobacco and other plants exploited in technology elaboration have been analysed, and possible mechanism of plant heredity change by exogenic DNAs has been proposed.

Exogenic DNAs may influence plant adaptation reactions to changed environment