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Keyword [EV71 infection]
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1. Clinical And Mechanistic Study Of CPTâ…¡F352C Mutation In Patients With Severe EV71 Infection
2. Establish Of An EV71 Infection ICR Mouse Model And Its Applicationes In Vaccine Evaluation
3. Development Of A Serological ELISA Kit For Detection Of EV71 Infection Associated With Hand-foot And Mouth Disease And Its Clinical Application
4. Antiviral Innate Immune Responses Of Human Tonsillar Epithelial Cells And Macrophages Against EV71 Infection
5. Distribution Of EV71 Receptors In Human And Pathology Of EV71 Infection In Sever Infants
6. The Expression Of Neural Cell Adhesion Molecule And L1 Cell Adhesion Molecule In The Hand-foot-mouth Disease Infants With EV71 Infection
7. The Role Of Vagal Nerveregulated And α 7nAChR Medicated Negative Inflammatory Regulation In Severe EV71 Infection
8. The Pathogenic Role Of PLAC8 In EV71 Infection
9. Exosome-mediated MiR-146a Transfer Suppresses Type Ⅰ Interferon Response And Facilitates EV71 Infection
10. The Role Of TLR7 In The Process Of EV71 Infection And The Exploration Of The Establishment Of HBV Animal Models Using Mouse And Ferrets
11. Activation Of PI3K/Akt Pathway Limits JNK-mediated Apoptosis During EV71 Infection
12. A Functional Polymorphism In IFNAR1 Gene Is Associated With Susceptibility Of HFMD With EV71 Infection
13. Relationship Between Gene Polymorphisms Of Beta Adrenergic Receptor Gene And Susceptibility To EV71 Infection In Hand,Foot And Mouth Disease
14. Detection Of Catecholamine In Severe Cases With EV71 Infection
15. Study On The Relationship Between Immune Characteristics And Prognosisin Children With Severe Hand, Foot And Mouth Disease By EV71 Infection
16. Association Of Toll-like Receptor 3 Gene Polymorphism With The Severity Of EV71 Infection In Chinese Children
17. Regulation Of Cellular Antiviral Innate Immune Response To EV71 Infection By Deubiquitinating Enzymes
18. The Application Of STAT1 Knockout Mouse Model In EV71 Infection Research And The Establishment And Application Of Woodchuck Hepatitis Virus Persistent Infection Model
19. Study On The Mechanism Of Acute Brain Injury Induced By Interaction Between CCL3 And Neutrophils During Severe EV71 Infection
20. Correlation Between EV71 Infection And Stress Granule And RNA Decay Pathway
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