膜分離及超微粉碎技術(shù)在靈芝制劑中的應(yīng)用研究.pdf

1、貴州大學(xué)碩士學(xué)位論文膜分離及超微粉碎技術(shù)在靈芝制劑中的應(yīng)用研究姓名：黃建城申請學(xué)位級別：碩士專業(yè)：微生物與生化藥學(xué)指導(dǎo)教師：劉建華20080601貴州大學(xué)2008屆碩士研究生學(xué)位論文摘要AbstractGanodermalucidumhavehighlynutritionalandmedicinalvalueOnthemarketnowdaystherearemanyGanodermaproducts，alotoftheirprepar

2、ationprocessareusingwatertoextracteffectivecomponentsfromGanodermalucidum，andthetraditionalconcentrationofGanodermawaterextractneedshi曲energyconsumptionproductioncostsarealsohigh，atthesametime，intheextractionofactiveingr

3、edientcontent，theyieldandpurityofproductssuchasqualitydefectsthereTotakefulladvantageofthevalueofGanodermalucidum，thispapertrytofindoutonekindofenergysavingandefficientpreparationofGanodermalucidumextract，forpreparestheg

4、anodermalucidumintermediategoodtoprovideanewmentalityeffectivelyInthispaper，firstusedmicromillingtechnologytosmashtheganodermalucidumrawmaterial，thenconductstheextractionexperimentalstudythewaterextractofthefungusconcent

5、ratedbythemembraneseparationtechnology；ThinlayerchromatographywasusedforidentificationofthechemicalconstituentsofGanodermaLucidumthecontentofPolysaccharideofGanodermaLucidumwasdeterminedbyultravioletvisiblespectrophotome

6、try；ThepresentstudyWasconductedusingthemiceinhibitedbycyclophosphamide(Cy)，determinationofthemembraneconcentrationandordinaryconcentrationsamplesonimmunefunctioninmiceTheresultsshowedthat，theTLCchromatographspotofmicromi

7、lingwasdeeperthanordinarypulverizationGanodermaLucidum，thecontentofPolysaccharideofmicro—milingWasenhancedmore4timesthanordinarypulverizationGanodermaLucidumThecontentofPolysaccharideofmembraneconcentrationdryextractWass

8、ignificantlyhigherthanthatoftraditionalconcentrationdryextract，andtheTLCchromatographspotofthetwoconcentrationmethodswiththefungusmedicineorotherreferencesubstancehavesamespotinthecorrespondingpositionGanodermaextractaft

9、ermicro—millthatconcentratebythemembraneseparationtechnology，ordinaryconcentrationsamplesandGanodermapreparationimmunocompromisedmousecellsandhumoralimmunitywereobviousroleinpromotingPreliminaryresultsshowedthat，Thisener