electroporation - Globe Thesis

Keyword [electroporation] Result: 181 - 200 \| Page: 10 of 10
181.	Gene Delivery By Electroporation Using Nanowire Structured Electrodes
182.	Model Study Of Biological Tissue Impedance Based On Irreversible Electroporation
183.	Analysis Of Safety And Effectiveness Of Hepatic Ablation In Swine With High-frequency Irreversible Electroporation
184.	Optimization Of Gene Editing Conditions For CRISPR/Cas9 And Its Application In The Construction Of Universal CD19.CAR-T Cells
185.	Establishment Of An In Vitro Culture System Of Human Gastroids
186.	Study On Electroporation Enhancing The Transdermal Drug Delivery Of Sinomenine Hydrochloride
187.	In Vitro Study Of Irreversible Electroporation Enhanced By Sodium Dodecyl Sulfate In Liver Cancer Cells
188.	Computational And Experimental Study Of IRE Enhanced By RFA Using An In Vitro 3D HepG2 Cell Model
189.	Observation Of Curative Effect Of A New High-frequency Square Wave Pulsed Electric Field In Ablation Of Liver Cancer In Rats
190.	Construction Of MiRNA-21-5P-loaded Engineering Exosomes And Its Effect And Mechanism On DRG Neurons
191.	A macro- and molecular-scaled electrostimulatory approach for regulated drug delivery
192.	Evaluation of Immunogene Therapy Using a Plasmid Encoding IL-15 Delivered by Electroporation in a 3D Tumor Model and a Mouse Melanoma Model
193.	Physiological and microdevice effects on electric field and gene delivery in electroporation
194.	Membrane sandwich electroporation for in vitro gene delivery
195.	Fundamental study on the effects of irreversible electroporation pulses on blood vessels with application to medical treatment
196.	Empirical analysis of single-cell electroporation with an electrolyte -filled capillary
197.	Loading nanoliposome therapeutics into red blood cells using electroporation
198.	Miniaturized electroporation system for gene transfer using bio-MEMS technology
199.	An electrically active microneedle electroporation array for intracellular delivery of biomolecules
200.	In vivo electroporation of skin and biological tissue: Theoretical model development and numerical investigation of associated thermo-electrical and structural responses and enhanced mass transport
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