The kinetics of gas phase hydrochlorination of acetylene over a mercury catalyst has been studied... more The kinetics of gas phase hydrochlorination of acetylene over a mercury catalyst has been studied. The kinetic equation is in agreement with the experimental data of various authors. Проведены исследования кинетики газофазного гидрохлорирования ацетилена на ртутном катализаторе. Полученное кинетическое уравнение соответствует опубликованным зкспериментальным данным разных авторов в этом процессе.
The kinetics of gas phase hydrochlorination of acetylene over a mercury catalyst has been studied... more The kinetics of gas phase hydrochlorination of acetylene over a mercury catalyst has been studied. The kinetic equation is in agreement with the experimental data of various authors. Проведены исследования кинетики газофазного гидрохлорирования ацетилена на ртутном катализаторе. Полученное кинетическое уравнение соответствует опубликованным зкспериментальным данным разных авторов в этом процессе.
Panax ginseng, commonly known as Korean ginseng, is a valued source of herbal medicine in Korea a... more Panax ginseng, commonly known as Korean ginseng, is a valued source of herbal medicine in Korea and China. We have developed and characterized 35 microsatellite markers in P. ginseng from available BAC end sequences. Characterization of these 35 SSR primer pairs in 14 cultivars of P. ginseng showed 12 primer pairs to be polymorphic and 19 primer pairs to be monomorphic, while the remaining four primer pairs did not produce any product. The number of alleles amplified ranged from 4 to 8 per primer pair, with an average of six alleles per locus. The expected and observed heterozygosities ranged from 0.7500 to 0.9678 and 0.5645 to 0.7109, respectively. None of these loci deviated from Hardy–Weinberg equilibrium. All of the functional primer pairs of P. ginseng showed cross-species transferability with Panax quinquefolium. The cross-species transferable markers could be used for ginseng cultivar identification, for genomic studies, including mapping of specific trait QTL/genes, and for measuring conservation of ginseng.
The kinetics of gas phase hydrochlorination of acetylene over a mercury catalyst has been studied... more The kinetics of gas phase hydrochlorination of acetylene over a mercury catalyst has been studied. The kinetic equation is in agreement with the experimental data of various authors. Проведены исследования кинетики газофазного гидрохлорирования ацетилена на ртутном катализаторе. Полученное кинетическое уравнение соответствует опубликованным зкспериментальным данным разных авторов в этом процессе.
The kinetics of gas phase hydrochlorination of acetylene over a mercury catalyst has been studied... more The kinetics of gas phase hydrochlorination of acetylene over a mercury catalyst has been studied. The kinetic equation is in agreement with the experimental data of various authors. Проведены исследования кинетики газофазного гидрохлорирования ацетилена на ртутном катализаторе. Полученное кинетическое уравнение соответствует опубликованным зкспериментальным данным разных авторов в этом процессе.
Panax ginseng, commonly known as Korean ginseng, is a valued source of herbal medicine in Korea a... more Panax ginseng, commonly known as Korean ginseng, is a valued source of herbal medicine in Korea and China. We have developed and characterized 35 microsatellite markers in P. ginseng from available BAC end sequences. Characterization of these 35 SSR primer pairs in 14 cultivars of P. ginseng showed 12 primer pairs to be polymorphic and 19 primer pairs to be monomorphic, while the remaining four primer pairs did not produce any product. The number of alleles amplified ranged from 4 to 8 per primer pair, with an average of six alleles per locus. The expected and observed heterozygosities ranged from 0.7500 to 0.9678 and 0.5645 to 0.7109, respectively. None of these loci deviated from Hardy–Weinberg equilibrium. All of the functional primer pairs of P. ginseng showed cross-species transferability with Panax quinquefolium. The cross-species transferable markers could be used for ginseng cultivar identification, for genomic studies, including mapping of specific trait QTL/genes, and for measuring conservation of ginseng.
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