11984.空間細(xì)胞電泳及顯微觀察相關(guān)技術(shù)研究

1、聲明尸明本學(xué)位論文是我在導(dǎo)師的指導(dǎo)下取得的研究成果，盡我所知，在本學(xué)位論文中，除了加以標(biāo)注和致謝的部分外，不包含其他人已經(jīng)發(fā)表或公布過的研究成果，也不包含我為獲得任何教育機(jī)構(gòu)的學(xué)位或?qū)W歷而使用過的材料。與我一同工作的同事對本學(xué)位論文做出的貢獻(xiàn)均已在論文中作了明確的說明。2口7仵口5月矽日學(xué)位論文使用授權(quán)聲明南京理工大學(xué)有權(quán)保存本學(xué)位論文的電子和紙質(zhì)文檔，可以借閱或上網(wǎng)公布本學(xué)位論文的部分或全部內(nèi)容，可以向有關(guān)部門或機(jī)構(gòu)送交并授權(quán)其保存、

2、借閱或上網(wǎng)公布本學(xué)位論文的部分或全部內(nèi)容。對于保密論文，按保密的有關(guān)規(guī)定和程序處理。研究生簽名：一荔喜唇2af(f年0)月西日AbstractCellelectrophoresisisanimportantmeansofmodemlifescienceresearchInrecentvearS，capillaryelectrophoresis，whichdevelopsonthebasisoftheconventionalceUelec

3、trophoresis，hasbeenattractingwideattentioninthescientificcommunityTakingi11toconSiderationtheurgentneedofthespacelifescienceexperimentsfortheminiaturizatlonandintelligenceofspacecellelectrophoresisexperimentalequipments，

4、onthebasisofcapillaryelectrophoresis，MCUcontroltechniquesandEMCCDimagingtechniques，researchonkeytechnologyofintegratingvariouspartsofcapillaryelectrophoresisapp攤鉚cIlssystemhasbeenconductedandknowledgeonrelatedtechnologyo

5、fspacecapillaryelcctrophoresisexperimentaltankhasbeenaccumulatedExperiencecanbedr刪m仔omtheresearchandknowledgeaccumulationwhenconductingspacelifescienceexperimentsrelatedtocellelectrophoresisinthefutureThemainresearchtopi

6、csareasfollows：TIlisthesisanalyzestheprinciplesofcellelectrophoresisonthemacrolevelandcarriesoutspecificanalysesontheprinciplesofcellsproducingelectrophoreticcharacteristicsandthedistributionof血eelectricpotentialaroundce

7、llsonthemicrolevelaccordingtothebiologicalcharacteristicsofcells；thisthesisexpoundsthecauses，characteristics，applicationfieldsdetectiontechniquesofcellelectrophoresisinaccordancewithspecificobjectivesAsetofcellelectropho

8、resismodulewithautomaticfillingaiadelectrophoresis脅ctionSisdesignedandmadeaccordingtothecharacteristicsofcellelectrop_horesisAsetofintelligentcontrolsystemiSdesignedaccordingtotheexternalenvironmentreauirementsofcellcult

9、ureThissystemiscapableofautomaticallycollectingandcontrollingthetemperatureparameterofcellcultureareaandnutrientsolutionstorageareaItisalsoabletoinputquantitativenutrientsolutionintocellcultureareaatregulartimeandimpleme

10、ntthereal—timemonitoringandadjustmentofexperimentalenvironmentpar鋤eterbydigitaltubemoduleandkeyboardmodule，whicharetheperipheralunitsofaMCUForelectrophoresismicroscopetechnologyFromtheperspectiveofphotologystnlcnlre。elec