gene editing - Globe Thesis

Keyword [gene editing] Result: 161 - 180 \| Page: 9 of 10
161.	Preliminary Study On The Construction Of High-efficiency Recombinant Engineering Strains Of Escherichia Coli And Its Use In Broadening The Scope Of Gene Editing
162.	Improving Zinc Finger Nucleases -- Strategies for Increasing Gene Editing Activities and Evaluating Off-Target Effects
163.	Tuneable gene editing and control
164.	Delivering CRISPR/Cas9 With PiggyBac And Episome Systems
165.	Development And Application Of CRISPR-Cpf1p And CRISPR-xCas9p Genome Editing System In Plants
166.	Development Of New Gene Editing Technology For Heterologous Expression And Structure Derivatization Of Spinosad
167.	Blight Disease Resistance To Panax Ginseng C.A.Meyer Based On CRISPR/Cas9 System Gene Editing
168.	Development And Application Of A Highly Enhanced Gene-editing Tools
169.	Optogenetic Controlled Transgene Expression System For Controllable Gene Editing And Tumor Therapy
170.	Application Of An Efficient PTG/Cas9 Gene Editing System In Arabidopsis And Analysis Of Chaperone CPN60 In Structure And Function
171.	Design,Construction And Application Of Crispr Based Gene Editing And Expression Regulation Systems In Bacillus Subtilis
172.	Gene Editing And Information Storage In Escherichia Coli
173.	Optimization Of ExoCET Gene Editing Method And Its Application In Cloning And Engineering Large Gene Clusters
174.	The Study Of Function Of DNA Modifications,and The Development Of Gene Editing Tools In Two Lower Species
175.	The Transcriptomics Analysis And Mining Of Key Genes Affecting Spinosad Biosynthesis In Saccharopolyspora Spinosa
176.	Application Of Functionalized MXene In Biosensors And Protein Function Regulation
177.	Development Of CRISPR-Cas9-mediated Genome-editing Vector In Brucella
178.	Construction Of Engineeringed Vero Cells Through Site-directed Knock-in Siat7e Gene By Homogeneous Targeting Mediated By CRISPR/Cas9
179.	Isolation And Identification Of Streptomyces And Establishment Of Crispr/Cas9 Gene Editing Method
180.	CRISPR/Cas9 System-based Gene Editing Of The LAT-Clustered Micro Rnas And Its Influence On In Vitro Replication Of Marek's Disease Virus
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