COMPARISON OF PULEGONE AND ESTRAGOLE CHEMOTYPES PROVIDES NEW INSIGHT INTO VOLATILE OIL BIOSYNTHESIS OF AGASTACHE RUGOSA

Comparison of Pulegone and Estragole Chemotypes Provides New Insight Into Volatile Oil Biosynthesis of Agastache rugosa

The aerial parts of Agastache rugosa are rich in essential oils containing monoterpenoids, phenylpropanoids, and aromatic compounds.These are used as herbs, perfume plants, and ornamental plants.Based on the difference in the constituents of the essential oil, A.rugosa is divided into pulegone and estragole chemotypes, but the mechanism of key meta

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The origin of complex human diversity: Stochastic epistatic modules and the intrinsic compatibility between distributional robustness and phenotypic changeability

The continuing prevalence of a highly heritable and hypo-reproductive extreme tail of a human neurobehavioral quantitative diversity suggests the reproductive majority retains the genetic mechanisms for extremes.From the perspective of stochastic epistasis, the effect of an epistatic modifier variant can randomly vary in both phenotypic value and e

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Mix design optimization of concrete containing fly ash and slag for global warming potential and cost reduction

Mix design optimization is challenging because the properties of concrete depend on both the chemical and physical properties of the components and their relative proportions.In this paper a mix design optimization approach based on the application of artificial intelligence, genetic algorithm optimisation, life-cycle assessment to quantify global

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