Biomics

Investgations of epigenetic mechanisms of transgenerational effects manifestating under the diet change are conveniently realizing with model objects such as the house fly having fast end synchronous development end rather short life span. Nutritional redundancy of methionine, its derivate S-adenosylmethionine end taking part in methionine regeneration folic acid are able to cause the set of effects including ones determined by intensification of different macromolecules methylation processes. Adjusted during our experiment facts of development retardation at the preimaginal page, rising of adult fecundity end life span allowing us to suggest the opportunity of employment of methyl groups redundancy share for methylation of farnesoic acid in juvenile hormone biosynthesis. Investigations funded by RFBR 15-04-04801-a.

house fly, methionine, folic acid, S-adenosylmethionine, juvenile hormone, methylation

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