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The studies took a investigation into the main biochemical constituent of the plant, and a set of quantitative analysis method to Jasminum flavonoids was established. Further more, the studies developed a water extract process, and a method to isolate and purificate Jasminum flavonoids.

本实验较全面的分析了茉莉花干的生化成分，研究了以茉莉花干为原料的速溶产品提制工艺，探讨了茉莉黄酮提取纯化条件的优化，并初步探索了茉莉黄酮的检测技术，实验结果如下：本研究建立了茉莉黄酮的分光光度测定方法。

To isolate Jasminum flavonoids, it took an investigation to the effect of various conditions in extraction. The result was with EtOH concentration 70%, temperature 75℃, extraction time 4h and the ratio of solution to liquid 1:15.The studies implemented macroporous resin to enrich Jasminum flavonoids.

在茉莉花干黄酮的提取工艺研究中，以乙醇水溶液为溶剂，考察了不同乙醇浓度浸提液、不同浸提时间，不同浸提温度和不同料液比对茉莉黄酮提取效果的影响，通过正交实验确定了茉莉黄酮的最佳提取工艺为乙醇浓度70％，温度75℃，提取时间为4h，固液比为1：15。

MSG was developed in Japan in 1908 by a Professor Kikunae Ikeda of The University of Tokyo who was trying to isolate where the flavour of kombu came from he found glutamate, and then made a seasoning from it so that other foods could be flavoured the same.

味精是日本东京大学的 Kikunae Ikeda 教授于1908年发现的。

Objective To clone and sequence variant-specific surface antigen gene from Giardia lamblia isolate SUCH/89/BTMRI/2(C2) derived from human in China.

目的 克隆并测定中国人源蓝氏贾第鞭毛虫滋养体SUCH/89/BTMRI/2(C2)的表面变异抗原基因序列。

Objective To clone and sequence variant-specific surface antigen gene from Giardia lamblia isolate SUCH/89/BTMRI/2（C2） derived from human in China. Methods Total genomic DNA of G.

摘要目的克隆并测定中国人源蓝氏贾第鞭毛虫滋养体SUCH/89/BTMRI/2（C2）的表面变异抗原基因序列。

The full length variant-specific surface antigen gene from the isolate of G. lamblia has the common characteristics with other previously identified VSPs.

中国人源蓝氏贾第鞭毛虫滋养体表达的表面变异抗原基因具有与已鉴定的蓝氏贾第鞭毛虫表面变异抗原基因同样的特性。

The effect of an artificial infection with a China isolate(NX0101 strain) of avian leukosis virus subgroup J on the growth of commercialbroiler chickens was analysed.

此外还通过剖检和免疫器官的病理组织学变化进一步验证ALV-J对肉鸡的致病性。

The main research includes: Using ethanol extrat and macroporous resin refining to isolate kaempferitrin from Ligustrum sinecse Lour.

主要研究工作包括：采用乙醇提取－大孔吸附树脂精制的方法提取光叶小腊树花中的山柰苷。

Moon I watch you spin from afar I drink you in and breath you out I'm camouflaged by the timeline I'm camouflaged when the sun shines Two ships passing in the night [01:17.72]Two lips pressing ground the tides [01:28.98]I believe the world it spins for you [01:39.97]We will never be, I am the moon [01:51.24]I believe the world it spins for you [02:02.57]We will never be, I am the moon [02:13.49]I long to be a part [02:24.07]I isolate my heart [02:34.96]You've drawn me into your world [02:46.65]Now I too spin limbless [02:57.34]One hand clapping, where's the wind [03:08.73]I stand spanning at your distant wings [03:20.62]I believe the world it spins for you [03:30.89]We will never be, I am the moon [03:42.90]I believe the world it spins for you [03:57.78]We will never be, I am the moon [04:03.95]I believe the world it spins for you [04:16.12]We will never be, I am the moon

我看你自旋远方我喝你在和呼吸你出我很伪装的时间线我很伪装阳光照两个船舶通过在夜里 [01：17.72]按下的两个唇地面潮汐 [01：28.98]我相信它旋转为你的世界 [01：39.97]我们永远不会，我月亮 [01：51.24]我相信它旋转为你的世界 [02：02.57]我们永远不会，我月亮 [02：13.49]我渴望一部分 [02：24.07]我找出我的心 [02：34.96]您已经卷入我你的世界 [02：46.65]现在我太自旋 limbless [02：57.34]一只手鼓掌的风在哪里 [03：08.73]我站在你遥远的翅膀跨越 [03：20.62]我相信它旋转为你的世界 [03：30.89]我们永远不会，我月亮 [03：42.90]我相信它旋转为你的世界 [03：57.78]我们永远不会，我月亮 [04：03.95]我相信它旋转为你的世界 [04：16.12]我们永远不会，我月亮

Methods Heat circumfluence extraction was adopted to withdraw and isolate Livistona chinensis active principle.The micronucleus tests in mice were carried out.

方法在药效实验跟踪下，从蒲葵子中提取分离抗癌有效成分；采用小鼠微核试验方法对其进行诱变性检测。

Objective:To compare the response control and attention of Schizophrenic patients with that of the healthy controls by Integrated Visual and Auditorycontinuous performance test. To quantitate the impairment of cognitive function in patients, and to explore the relationship between cognitive function and the severity of the disorder.

目的：探讨精神分裂症病人在IVA持续操作测试中的反应控制能力、注意力等，并与健康人进行比较，从而量化精神分裂症病人的认知功能损害，并进一步探讨其认知功能与疾病严重程度的关系。

Main effective factors including subcooling degree, mechanical vibration, gas hydrate reformation, environment temperature, noncondensing gas and surfactant are analyzed.

指出过冷度、机械振动、重复生成水合物、环境温度、不凝性气体、添加剂是影响气体水合物生成的主要因素，还对R152a水合物的放冷进行了实验研究。