冬虫夏草

Results: Carapax Trionycis, Radix Paeoniae Rubra, Radix Notoginseng, Placenta Hominis, and Cordyceps in Compound Biejiaruangan Tablets can be distinguished by microscopic identification and Cordyceps, Fructus Forsythiae and Radix Notoginseng can be identified by TLC, respectively.

结果 ：通过显微鉴别可鉴别出复方鳖甲软肝片中鳖甲、赤芍、三七、紫河车及冬虫夏草 5味药材；通过薄层色谱鉴别可检测出其中冬虫夏草、连翘、三七 3味药材。

Take the Chinese medicinal mushroom cordyceps, which is nontoxic and may be useful in chronic lung disease.

服用中药中的冬虫夏草，冬虫夏草是无毒的并且对于慢性肺部疾病十分有效。

Furthermore, the mixture of \%Cordyceps sinensis\% extract and lysogenic bacteria was irradiated with UV. The results demonstrate that the new methods are practical and easy to conduct, and that \%Cordyceps sinensis\% has a strong protection effect

本研究还将冬虫夏草浸出汁与溶源菌混合后进行紫外辐射，通过几种方法进行比较，结果证明建立的新方法确实可行，易操作；同时也表明冬虫夏草具有较强的抗紫外辐射作用

First:ecology mode:to establish protection field in patria and protect,supplementary and recovery the biogeocoenosis and natural germ,in order to increase the output.

一 生态化生产：在冬虫夏草原产地建立保护生产区，完全利用产地自然条件，通过对生态环境和天然菌、虫资源的保护、补充和恢复，增加天然冬虫夏草的产量。

AIM and METHODS:We adapted the none circulating method perfused rat heart and high performance liquid chromatography technique and compared with the control group, the ischemia reperfusion group and the Acanthopanox Senticosus group, studied the effect of Cordyceps Sinensis succi on the content of adenine nucleotides and MDA during ischemia reperfusion.

目的和方法：观察冬虫夏草对缺血再灌注过程心肌保护作用。采用Langendorff非循环式离体心脏灌流方法，与正常对照组、缺血再灌组、刺五加注射液用药组相对比，研究了冬虫夏草醇提取物对大鼠心肌缺血-再灌注过程脂质过氧化产物和腺嘌呤核苷酸含量的影响。

More simply, that is, Vespertilionidae bat moths for many types of other offspring, spawning in the soil, after the eggs into larvae, previously, the Cordyceps fungus penetrated larvae absorb the material as the survival of larvae of the nutritional conditions, and the larvae continue to breeding, resulting in larvae filled with mycelium, in the coming year 5-7 when the weather gets warmer months, since the larvae grow yellow or light brown head and seat of the bacteria, the growth was out of the ground after the grass stalk-like, the result we usually see caterpillar fungus.

通俗地讲，就是蝙蝠科许多种别的蝙蝠蛾为繁衍后代，产卵于土壤中，卵之后转变为幼虫，在此前后，冬虫夏草菌侵入幼虫体内，吸收幼虫体内的物质作为生存的营养条件，并在幼虫体内不断繁殖，致使幼虫体内充满菌丝，在来年的5－7月天气转暖时，自幼虫头部长出黄或浅褐色的菌座，生长后冒出地面呈草梗状，就形成我们平时见到的冬虫夏草。

Cordyceps sinensis is one of clinical traditional Chinese medicine in common use famous and precious,which has the effect nourishing kidney benifit the lung , accepting the gas relieving asthma , stanching bleeding reducing phlegm, with the ginseng , the pilose antler and lists as top-three tonics.

冬虫夏草是临床常用名贵中药之一，具有补肾益肺、纳气平喘、止血化痰的功效，与人参、鹿茸并为三大补品。期刊文章分类查询，尽在期刊图书馆冬虫夏草是临床常用名贵中药之一，具有补肾益肺、纳气平喘、止血化痰的功效，与人参、鹿茸并为三大补品。

Cordyceps sinensis is one of clinical traditional Chinese medicine in common use famous and precious,which has the effect nourishing kidney benifit the lung , accepting the gas relieving asthma , stanching bleeding reducing phlegm, with the ginseng , the pilose antler and lists as top-three tonics.

冬虫夏草是临床常用名贵中药之一，具有补肾益肺、纳气平喘、止血化痰的功效，与人参、鹿茸并为三大补品。冬虫夏草是临床常用名贵中药之一，具有补肾益肺、纳气平喘、止血化痰的功效，与人参、鹿茸并为三大补品。

TU on the company vision, cutting-edge high-tech world to introduce Korean technology, cultivate a world-class artificial Cordyceps sinensis, the authority of the Cordyceps research experts, containing up to 83% of the anti-cancer elements (such as Chinese caterpillar fungus-, Chinese caterpillar fungus acid, Polysaccharides, such as Chinese caterpillar fungus), the body of the 18 kinds of amino acids, containing rich in protein, vitamins and a variety of inorganic elements.

上恩公司高瞻远瞩，引进韩国世界尖端高科技技术，培养出世界一流的人工冬虫夏草，该冬虫夏草经权威科研专家鉴定，含有高达83%的抗癌成分（如虫草素、虫草酸、虫草多糖等），含人体所需的18种氨基酸，含丰富的蛋白质，多种维生素及无机元素。

In Cordyceps sinensis.,the totle contents of adenosine、hypoxanthosine、guanosine and uridine were more than 2.50mg/g, and the content of adenosine were more than 0.75mg/g.

结果：1。建立了冬虫夏草中核苷及其核苷碱基的HPLC测定分析方法，测定了冬虫夏草与其混淆品及伪品中5个核苷类成分的含量。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。