- 上一篇： 一株内生真菌的分离纯化与鉴定研究
- 下一篇：纳豆培养条件的优化
摘要：目的 本研究拟通过用红豆杉树皮作为木蹄层孔菌的培养基，通过检测相关化合物的情况来反应木蹄层孔菌与红豆杉树皮相互作用后两者的化学成分变化，为红豆杉皮培养木蹄层孔菌的相关基础研究提供基础。方法 以红豆杉皮为原料，粉碎后平均分配，制作多份培养基，用以培养木蹄层孔菌，然后使用甲醇作为溶剂，和等量未使用红豆杉皮培养的木蹄层孔菌通过回流提取的方法提取有效成分，并分别使在490 nm处通过测定紫外吸收光判断多糖浓度、GC-MS测定木蹄层孔菌中三萜化合物种类以及使用HPLC测定红豆杉皮化合物变化。结果 红豆杉皮培养的木蹄层孔菌中多糖的含量高于对照，HPLC测定后发现红豆杉皮化合物有部分成分变化明显。结论 红豆杉皮中化合物Sinenxans A、Sinenxans B、Sinenxans C培养前后有显著变化，红豆杉中的代谢产物会被木蹄层孔菌利用，树皮中的这三种物质会经过转化，成为中间产物，然后通过中间产物转变成新的物质。49319
毕业论文关键词：红豆杉皮；木孔菌；成分；多糖；HPLC
Analysis of ingredients content in the process of using the bark of the Taxus chinensis to cultivate Fomes fomentarius
Abstract: Purpose: This study was intended to provide the basis for the study of the related basic research of the Fomes fomentarius by using the bark of the Taxus chinensis as a culture medium for the cultivation of Fomes fomentarius and detecting the related compounds to reflect the changes in the chemical composition of the interaction between the bark of the Taxus chinensis and the Fomes fomentarius. Methods: Using the bark of the Taxus chinensis as the raw material, then crushing and distributing it into several conical flasks equally to culture Fomes fomentarius. Using the blank Fomes fomentarius (without the bark of the Taxus chinensis) as comparison, both add methanol to conical flasks as solvent, then using reflux extraction method to extract effective component. The concentration of polysaccharide was measured by the use of ultraviolet spectrophotometry in the determination of light absorption at 490 nm, and using GC-MS to analyze polysaccharides of Fomes fomentarius, and using HPLC to analyze triterpene content. Results: The Fomes fomentarius that had been cultured on the bark of the Taxus chinensis has much more polysaccharides than the blank Fomes fomentarius. Compared with the blank Fomes fomentarius, the part of the triterpene content of the Fomes fomentarius that had been cultivated by the bark of the Taxus chinensis has changed obviously. Conclusion: We can find the significant changes of Sinenxans A, Sinenxans B and Sinenxans C after this culture. The metabolites of the bark can be used by the Taxus chinensis. These three kinds of compounds are converted to intermediate products, and then the intermediate products will produce new compounds.
Key words: Taxus chinensis; Fomes fomentarius; polysaccharides; ingredients; HPLC
目录
前言 1
1 实验材料与方法 2
1.1实验材料与菌种 2
1.2实验仪器 2
1.3药品与试剂 2
1.4实验方法 2
1.4.1红豆杉皮培养木孔菌 2
1.4.2木孔菌成分提取 3
1.4.3紫外分光光度法测定多糖浓度 3
1.4.4使用HPLC分析红豆杉皮培养木孔菌前后三萜化合物含量变化 4
1.4.5对木孔菌的石油醚组分进行GC-MS分析 4
2 实验结果
-
基于紫薯培养基培养蛹虫草及化学成分研究
-
基于MODIS影像的洪泽湖chl-a监测研究
-
基于叶绿体psbA-trnH基因间...
-
Box-Behnken响应面分析优化麸皮多糖提取工艺
-
Envi基于遥感影像的洪泽湖采砂监测
-
基于漆酶信号放大的新型...
-
基于目标响应结构与表面...
中考体育项目与体育教学合理结合的研究
乳业同业并购式全产业链...
酸性水汽提装置总汽提塔设计+CAD图纸
大众媒体对公共政策制定的影响
电站锅炉暖风器设计任务书
java+mysql车辆管理系统的设计+源代码
十二层带中心支撑钢结构...
河岸冲刷和泥沙淤积的监测国内外研究现状
当代大学生慈善意识研究+文献综述
杂拟谷盗体内共生菌沃尔...