首页> 外国专利> METHOD OF DETECTING EFFECTS OF INTEGRAL FIELD OF HUMAN HANDS ON Xenopus laevis EMBRYOS OR SEA HYDROPOLYP Obelia

METHOD OF DETECTING EFFECTS OF INTEGRAL FIELD OF HUMAN HANDS ON Xenopus laevis EMBRYOS OR SEA HYDROPOLYP Obelia

机译:检测人类手部积分场对非洲爪蟾或海加水型方尖碑的影响的方法

摘要

FIELD: physics.;SUBSTANCE: test objects are put into water and divided into experimental and control groups. Test objects in the experimental group are exposed to effect of integral field of human hands for 30 minutes at a distance of 15-20 cm. Test objects in both groups are then put into an aqueous solution, containing a radioactive indicator of free-radical reactions. After incubation radioactivity of test objects in each group is measured, after 1 hour of exposure for the experimental group and 1.5 hours for control group. The result of the effects is determined from the change in the content level of trace-controlled copolymers in the test objects, given by the formula: Δ=("ДРМОП"-"ДРМК")·100/"ДРМК" where Δ - is an index for change in level of trace-controlled copolymers, %. "ДРМК" - is radioactivity of trace-controlled copolymers in test objects of the control group, decays per min. "ДРМОП" -is radioactivity of trace-controlled copolymers in test objects of the experimental group, decays per min. It has been established that, a value of the index of change in the level of trace-controlled copolymers of more than 20% indicates faster rate of development of embryos and faster formation and degeneration of sea hydropolyp.;EFFECT: ensures reliability of results of effects.;1 tbl
机译:领域:物理;实体:将测试对象放入水中,分为实验组和对照组。实验组中的测试对象在15-20厘米的距离处暴露于人手积分场的作用30分钟。然后将两组中的测试对象放入含有自由基反应放射性指示剂的水溶液中。孵育后,测量各组测试对象的放射性,实验组暴露1小时,对照组暴露1.5小时。效果的结果由测试对象中痕量受控共聚物的含量变化确定,公式如下:Δ=(“ДРМОП”-“ДРМК “)·100 /”ДРМК“,其中Δ-是痕量受控共聚物含量变化的指数,%。 “ДРМК”-是对照组测试对象中痕量受控共聚物的放射性,每分钟衰减。 “ДРМОП”是实验组测试对象中痕量受控共聚物的放射性,每分钟衰减。已经确定,痕量可控的共聚物的水平变化指数的值大于20%,则表明胚胎发育的速度更快,并且海产息肉的形成和变性也更快。效果:确保结果的可靠性效果。; 1汤匙

著录项

  • 公开/公告号RU2360645C2

    专利类型

  • 公开/公告日2009-07-10

    原文格式PDF

  • 申请/专利权人 MELEKHOVA OLGA PETROVNA;

    申请/专利号RU20060147203

  • 发明设计人 MELEKHOVA OLGA PETROVNA;

    申请日2006-12-29

  • 分类号A61D99/00;

  • 国家 RU

  • 入库时间 2022-08-21 19:10:27

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