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[Objective] The aim of this study was to provide basis for deeply understanding the diapause mechanism of Papilio memnon L. [Method] RNA and DNA content of non-diapause pupae, diapause pupae and eclosion-adult from diapause pupae at different development stages were detected by the colorimetry. [Result] RNA content of non-diapause pupae was 4.614 0-7.946 3 μg/mg, while diapause pupae was 4.326 0-5.885 3 μg/mg and eclosion-adult from diapause pupae was 20.779 3 μg/mg at initial stage. DNA content of non-diapause pupae was 0.448 7-0.535 0 μg/mg, while diapause pupae was 0.452 0-0.828 3 μg/mg and eclosion-adult from diapause pupae was 1.727 0 μg/mg at initial stage. [Conclusion] The nucleic acid content and change is related to the development stage.
[Objective] The aim of this study was to provide provide for deeply understanding the diapause mechanism of Papilio memnon L. [Method] RNA and DNA content of non-diapause pupae, diapause pupae and eclosion-adult from diapause pupae at different development stages were detected by the colorimetry. [Result] RNA content of non-diapause pupae was 4.614 0-7.946 3 μg / mg while diapause pupae was 4.326 0-5.885 3 μg / mg and eclosion-adult from diapause pupae was 20.779 3 μg / mg at initial stage. DNA content of non-diapause pupae was 0.448 7-0.535 0 μg / mg while diapause pupae was 0.452 0-0.828 3 μg / mg and eclosion-adult from diapause pupae was 1.727 0 μg / mg at initial stage. [Conclusion] The nucleic acid content and change is related to the development stage.