infected cells - Globe Thesis

Keyword [infected cells] Result: 1 - 20 \| Page: 1 of 2
1.	Analysis Of The Dynamics Of P53 Protein In Swine Influenza Virus Infected Cells
2.	Establishment Of An Assay Based On Pseudotype Virus For Detection Of Neutralizing Antibodies Against Classical Swine Fever And Localization Of E2 Protein In The Infected Cells
3.	Analysis Of Dynamics Of P53 Activities In Swine Influenza Virus Infected Cells
4.	Comparative Proteomic Analysis Of Infectious Bursal Disease Virus-infected Cells
5.	The Optimiztion Of Production Process Of Chicken Marek's Disease Bivalent Vaccine (CVI988/Rispens+HVT)
6.	The Immunocompetence And The Distribution Of GP3 And GP4 In The Infected Cells By PRRSV
7.	DPV UL25 Gene Prokaryotic Expression And The Study Of Its Cellular Localization In Virus-infected Cells
8.	Immunocompetence And Distribution Of GP2 And M In The Infected Cells By PRRSV
9.	DPV UL26.5 Gene Prokaryotic Expression And The Study Of Its Cellular Localization In Virus-infected Cells
10.	DPV US4 Gene Prokaryotic Expression And The Study Of Its Cellular Localization And Expression Time Course In Virus-infected Cells
11.	MiRNAome Of Pseudorabies Virus Variant Infected Cells And Analysis Of Viral Antigenicity
12.	The Mechanism Of USP15 Regulation In Type â… Interferon And Global Analysis Of Ubiquitome In PRRSV-Infected Cells
13.	Functional Mechanism Of HnRNPC2 In Influenza A Virus Infected Cells
14.	Replication Of Newcastle Disease Virus And Autophagy In Infected Cells Regulated By Toll-like Receptor 3
15.	Establishment Of An Assay Based On Pseudotype Virus For Localization Of Porcine Epidemic Diarrhea Virus S1Protein In The Infected Cells
16.	Co-localization Of UL17 Protein And UL25 Protein, UL26.5 Protein From Duck Plague Virus In Infected Cells
17.	Study On Construction Of A Small RNA Library Of BVDV Infected Cells And The Regulation Of Apoptosis And Autophagy By MiR-2904
18.	The Characteristics Of SCV Formation In Salmonella Pullorum-infected Cells
19.	Metabolomics Profiling Of Classical Swine Fever Virus-infected Cells And Glucose Promotes The Propagation Of Classical Swine Fever Virus
20.	Detection And Evaluation Of The Transcription Levels Of Relative Molecules Associated With Toll-Like Receptors And NOD-Like Receptors Signal Pathway In The Theileria Annulata-Infected Cells
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