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Epilepsy is sometimes called a seizure disorder, because seizures are a symptom of epilepsy. Howeer, not eeryone who has a seizure has epilepsy.
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癫痫有时称作发作性疾病,因为发作是癫痫的症状之一。然而不是所有的发作都属于癫痫发作。 |
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Epilogue : On base of summing up the viewpoint of the whole paper , it put forward some unique views to accord with our State's present hazardous chemical materials safety supervising mechanism practice and the situation .
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结语,总结全文观点和提出适合当前我国危险化学品安全监管体制实际和我国国情的一些独有见解。 |
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Epilogue.When wokers arrived at the silver Eagle near Galena one morning last month, they found the doors padlocked.
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当从业人员抵达鹰银铅矿附近的一个早上上个月,他们发现大门锁着。 |
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Epimetheus had in his house a jar, in which were kept certain noxious articles, for which, in fitting man for his new abode, he had had no occasion.
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厄庇墨透斯的家里放着一个瓮,里面装着一些害人精。他因为一直忙着打点人类在新住地安身,还没有顾得上处理它们。 |
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Epinasty (epinastic movements) A nastic movement that involves the curving of a plant organ away from the axis (i.e. downward) as a result of greater growth on the upper surface, as in the opening of flowers.
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偏上性生长(偏上性运动):植物开花时由于上表面生长较快而引起植物器官弯曲并偏离轴向的向性运动(如向下)。 |
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Epinephrine fell 70 percent, while levels of the feel-good hormone endorphin rose 27 percent and growth hormone levels rose by 87 percent.
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肾上腺素下降了70%。而令人愉快的内啡素则上升了27%,生长激素则上升了87%。 |
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Epinephrine is the most commonly used drug for severe allergic reactions.
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肾上腺素是最常见的抗过敏药。 |
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Epiphyllum, also called Orchid Cactus and Tan Hua, has 2000+ different hybrids in this world.
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昙花又叫孔雀仙人掌,世界上有2000多的品种. |
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Epiphylly 1. The growth of a plant on the leaf of another plant. Such a plant is termed an epiphyll, or is described as epiphyllous. Examples include many mosses.
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叶附生植物:1.指一种植物附生在另一种植物的叶片上,前者被称为叶附生植物或描述为叶上着生。例如许多藓类。 |
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Epiphyte Any plant growing upon or attached to another plant or object merely for physical support.
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附生植物:仅依附于其它植物体体表或物体表面生长的植物。 |
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Episode 1-Seeing Is Believing begins a spectacular journey through cosmology ,tracing the history of astronomical theories and technology from the Ancient Greeks through Galileo, Newton, Einstein and Hubble.
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第一集:看得见的真相--本集带你展开一段奇异的宇宙旅程。从古希腊时期到伽俐略、牛顿、爱因斯坦、哈勒等科学家的研究,重溯天文学理论与科技的发展历史。 |