Use of Nano Aqua Citrates for Optimization of Endoparasite of Chouioia Cunea Jang. (Hymenoptera: Eulophidae)
Keywords:
Chouioia cunea Jang., endoparasite, optimization, the nano aqua citrate germanium, magnesium, selenium, phenol oxidase hemolymph activity, reproductive capacityAbstract
We presented the results of researches of influence of nano aqua citrate germanium; magnesium; selenium on the technological parameters of cultivation and maintenance of nourishing internals of pupas of phytophage-ownere on condition of their use for the continuous breeding of Chouioia cunea Jang. At the use of nano aqua citrates we provide a special purpose operating on the culture of Chouioia cunea Jang. optimal terms of maintenance; dynamic equilibrium with an environment; adjustment of biological efficiency of endoparasite. According to research results; we observed in experimental ways the maximum performance of phenol oxidize activity of protective cells of hemolymph of phytophage-ownere; biological effectiveness; reproductive capacity and endoparasites tolerance to changes in environmental factors during ontogenesis. For additional nutrition nano aqua citrate magnesium 0;0001- 0.0005 %% phenol oxidize concentration of activity in protecting cells hemolymph Antheraea pernyi G.-M. was 13;02- 14;51%. Maximum degree of contamination of pupae Hyphantria cunea Drury. - 94%; reproductive potential of endoparasites Chouioia cunea Jang . when grown on phytophage-ownere Antheraea pernyi G.-M. - 19465 individuals; that is 50.89% more compared with control option. For use as bioactive components nano aqua citrate germanium; magnesium and selenium in the postembryonic growth of phytophage-ownere we set the best performance to preserve the nutritional quality of pupae for nutrition after long-term storage.References
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