Classical - Globe Thesis

Keyword [Classical] Result: 181 - 200 \| Page: 10 of 10
181.	Detection Classical Swine Fever Virus And Porcine Circovirus Type 2 Of Microarray Technique
182.	Prokaryotic Expression Of ISG15 And Polyclonal Antibody Preparation, And A Preliminary Study Of The Interaction Between ISG15 And CSFV
183.	The Establishment Of RT-PCR Assay For Detection Of And Its Application In RHDV-Contaminated Classical Swine Fever Vaccine
184.	The Research Of Situation Of BVDV Infection In Swinery And Preliminary Analyze The Cause Of BVDV Infection
185.	Development Of A Metagenomics-Based Method For Detection Of Animal Viruses
186.	Remote Sensing Monitoring Of Forest Cover In The Space Sampling Techniques And Applications
187.	Establishment And Identification Of Cell Lines Transcribing Shrna Targeted To Jiv Gene
188.	Establishment And Application Of The Methods Of Monitoring And Control Against Classical Swine Fever In The Large Scale Pig Farms In Guangxi
189.	Construction Of Pseudotyped Virus Bearing Classical Swine Fever Virus Glycoprotein And Inhibition Of Replication Of CSFV By Capsid-Targeted Viral Inactivation
190.	The Roles Of NS5A Protein In Pathogenesis Of Classical Swine Fever Virus
191.	Rescue Of H1N1and H3N2Swine Influenza Viruses And Identification Of Pathogenicity-Related Genes Of The Viruses
192.	Epidemiological Investigation Of CSFV And PRRSV In Parts Of China And The Development Of PRRSV Marker Virus
193.	Study On Function And Molecular Mechanism Of NS5B And Integrin β3in CSFV Proliferation
194.	Effect Of CSFV And Its Non-structural Proteins On TLR-mediated Innate Immune Response In Swine Macrophages
195.	Construction And Protection Of The Classical Swine Fever-vectored Vaccine Based On Human Adenovirus
196.	Replication Of Classical Swine Fever Virus And Autophagy
197.	The Role Of IL-1β And Cholesterol In Classical Swine Fever Virus Infection
198.	Identification Of The Laminin Receptor As A Cellular Attachment Receptor For Classical Swine Fever Virus
199.	Amino Acid Substitutions In Hypervariable Region Of Epi- Demic Classical Swine Fever Virus E2 On Adaptive Im- Mune Responses Induced By Vaccine C Strain
200.	Construction And Characterization Of Chimeric Classiccal Swine Fever Viruses Based On Shimen Strain And C-strain
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