应用CRISR-Cas9在红色糖多孢菌进行基因编辑重构生物合成基因簇的研究
【文章页数】:172 页
【学位级别】:博士
【部分图文】:
图1.1通过双链断裂进行基因编辑|ie|??Figure?1.1?Genome?Editing?Using?Double-Stranded?Breaks??(A)?A?programmable?nuclease?incorporates?a?sequence-specific?DSB?in?genomic?DNA.?(B)?ZFNs,??
发成一种高效的基因编辑工具。其??中CRISPR-Cas9系统是研宄最深入,应用最成熟的一种类别,目前为第三代基因??组定点编辑技术[4’51。与前两代的ZFN?(Zinc-finger?nuclease,锌指核酸酶)*]和??TALEN?(Transcription?activ....
图1.6聚酮生物合成基因簇I123!??Figure?1.6?Gene?Clusters?for?Polyketide?Biosynthesis??abc\?ABC?
Pks4?0?10?20?kb??1?i?i??cps??te?oxy?oxy?pks5-2?pks5-1?acp?reg??0?10?20?kb??acp?hmg?dh??kslll?acp?dh?ks?kscup?reg??0?10?20?kb??1?i?i??pks7-1?....
图1.7?DEBS模块的氨基酸序列比对序列|132?
IRW?AQRU^LSPDE?AQHl^^|VCDAO??DEBS_m4?DESg^^VGI?HVI^^AEQ?--K?國關_CQC?A^VHCV^ADL?VDRLAGR|ESD?AEH?U)RL:「AASP??DEBS?m5?RACiS^@^CM?HVI^^EAD?--〇Wy?....
图1.9?Erythromycin?A生物合成途径I1241??Figure?1.9?Biosynthetic?Pathway?of?Erythromycin?A??
IRW?AQRU^LSPDE?AQHl^^|VCDAO??DEBS_m4?DESg^^VGI?HVI^^AEQ?--K?國關_CQC?A^VHCV^ADL?VDRLAGR|ESD?AEH?U)RL:「AASP??DEBS?m5?RACiS^@^CM?HVI^^EAD?--〇Wy?....
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