首页> 外文会议>International Workshop and Tutorials on Electron Devices Materials >Researching of Ultrasonic Influence on Callus Formation, Contents of Lipid Fraction, Lecithin, on Activity of Lipaza in Extracts from the Native Soybean of the Grade 《Altom》 and in Culture of Cells and Tissues In Vitro
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Researching of Ultrasonic Influence on Callus Formation, Contents of Lipid Fraction, Lecithin, on Activity of Lipaza in Extracts from the Native Soybean of the Grade 《Altom》 and in Culture of Cells and Tissues In Vitro

机译:研究超声波对愈伤组织形成,血脂含量,卵磷脂含量,血红素素的含量在级“Altom”级别和组织培养中的提取物中

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For a soybean of a grade 《Altom》 at introduction in culture of cells and fabrics explants from germinal leaflets of beans and its further duplication it has been shown, that peak efficiency of sterilization and the subsequent callusforming were observed at two variants of explants processing: US without chemical processing, or 70%-th ethanol without US. The gain of a biomass received soybean callus at action US also was above on 50%. Optimum modes of US-processing have been preliminary fulfilled on extracts from those parts of a plant, which then used as explants to not destroy valuable substances of a soybean. Then in extracts from a biomass defined the maintenance of same biologically active substances, as in extracts from native soybean to check up its biosynthetic abilities, and not just speed of a gain.
机译:对于豆类培养培养物的培养物和豆类植物培养物的级别的大豆及其进一步的复制而言,已经显示出灭菌的峰值效率和随后的愈伤组织的峰值效率,并在两个外植物加工的两个变体中观察到:美国没有化学加工,或没有我们的70%乙醇。生物量的增益接受了大豆愈伤组织在行动中,美国也超过50%。在植物的那些部分的提取物上已经初步满足了美国的最佳方式,然后用作外植体以不破坏大豆的宝贵物质。然后在生物质中的提取物中限定了相同的生物活性物质的维持,如从天然大豆的提取物中检查其生物合成能力,而不仅仅是增益的速度。

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