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61. Effect Of Rab6a On The Replication Of Classical Swine Fever Virus In PK-15 Cells
62. Identification Of MiR-140 Target Gene And Its Role In CSFV Replication In Swine Umbilical Vein Endothelial Cell
63. Establishment And Application Of Latex Nanoparticle-enhanced Turbidimetric Immunoassay For Quantitative Detection Of Classical Swine Fever Virus E2 Protein
64. Effects Of Galectin-1 Interacting With Classical Swine Fever Virus NS5B Protein On Replication Of Classical Swine Fever Virus
65. Expression Of Classical Swine Fever Virus E2 Protein In Pichia Pastoris And Preliminary Study On Immunological Activity
66. Establishment Of Reverse Genetics System For Classical Swine Fever Virus
67. Dynamics Of An Almost Periodic Dengue Fever Model With Age Structure And Time-delayed In A Patchy Environment
68. Study On Detection Of Rift Valley Fever Virus Nucleic Acid And Antibody
69. Severe Fever With Thrombocytopenia Syndrome Virus Genome And Expression Of Its Glycoprotein Gn-Gc
70. Screening Of ASFV Immunosuppressive Genes And Preliminary Establishment Of RPA Detection Methods
71. The Analysis Of Dynamics Model Of Dengue Virus Transmission With Time Delay
72. Prokaryotic Expression Of E0 And E2 Genes Of Classical Swine Fever Virus And Establishment Of Indirect ELISA For Detection Antibody
73. Epidemiological Investigation Of Classical Swine Fever In Shandong Province And Analysis Of Genetic Variation Of E2 Gene
74. Generation Of Monoclonal Antibodies Against Gn1 Protein Of RVFV And The Expression In Baculovirus System
75. Preliminary Study Of Recombinant Adenoviral Vector Vaccine Expressing ASFV Protective Antigens
76. Preparation And Application Of Tag-free Recombinant P54 And B602L Antigens For African Swine Fever Antibody Detection
77. Vertical Transmission Of Dengue In Aedes Mosquito Population
78. Establishmentof CRISPR-Cas9 Based Genome-wide Screenins And The Application In The Preliminary Study Of Yellow Fever Virus-Host Interaction
79. Complete Genome Sequencing And Construction Of Recombinant Swinepox Virus Expressing E2 And E0 Protein Of Classical Swine Fever Virus
80. Establishment Of A Stable Eukaryotic Cell Line Expressing Truncated E2 Protein Of Classical Swine Fever Virus And Its Application In Serodiagnosis
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