計畫


第 1 到 25 筆結果，共 25 筆。

啟始時間標題P-Investigator經費來源
2023To Comprehensively Investigate Hbv-Specific T Cell Immunity in Determining the Outcomes of Chronic Hepatitis B Patients Stopping Nucleos(T)Ide AnalogueHUNG-CHIH YANGNational Science and Technology Council
2022To Investigate the Role and Function of Lung-Resident Memory Regulatory T Cells in Antiviral Immunity against Acute Influenza Virus InfectionHUNG-CHIH YANGNational Science and Technology Council
2022To Investigate the Utility of Crispr-Mediated Non-Cleavage Gene Editing in Treatment of Hbv Infection and Hbv-Associated Hepatocellular CarcinomaHUNG-CHIH YANGNational Science and Technology Council
2021B型肝炎病毒適應細胞毒殺型T細胞免疫對於病毒類種演化之影響HUNG-CHIH YANGHigher Education Sprout Project
2021To Investigate the Role and Function of Lung-Resident Memory Regulatory T Cells in Antiviral Immunity against Acute Influenza Virus InfectionHUNG-CHIH YANGNational Science and Technology Council
2021To Investigate the Utility of Crispr-Mediated Non-Cleavage Gene Editing in Treatment of Hbv Infection and Hbv-Associated Hepatocellular CarcinomaHUNG-CHIH YANGNational Science and Technology Council
2020To Investigate the Role and Function of Lung-Resident Memory Regulatory T Cells in Antiviral Immunity against Acute Influenza Virus InfectionHUNG-CHIH YANGNational Science and Technology Council
2019Development of Nanoparticle-Based Peptide T Cell Vaccines against a Broad Spectrum of Influenza VirusesHUNG-CHIH YANGNational Science and Technology Council
2019研究建立抗流感病毒之肺常駐型記憶T細胞決定因子HUNG-CHIH YANGHigher Education Sprout Project
2019高等教育深耕計畫－核心研究群計畫－研究慢性B 型肝炎病人中具B 型肝炎病毒專一性之T 細胞受器庫與功能性HUNG-CHIH YANGHigher Education Sprout Project
2018To Investigate the Determinants of Establishing Lung-Resident T Cell Memory against Influenza Virus InfectionHUNG-CHIH YANGNational Science and Technology Council
2018To Investigate the Impact of Viral Quasispecies Dynamics and Evolution on Clinical Outcomes in the Natural History and Antiviral Treatment of Chronic Hepatitis B Virus Infection Using the Next-Generation Sequencing TechnologyHUNG-CHIH YANGNational Science and Technology Council
2017To Investigate the Impact of Viral Quasispecies Dynamics and Evolution on Clinical Outcomes in the Natural History and Antiviral Treatment of Chronic Hepatitis B Virus Infection Using the Next-Generation Sequencing TechnologyHUNG-CHIH YANGNational Science and Technology Council
2017To Investigate the Determinants of Establishing Lung-Resident T Cell Memory against Influenza Virus InfectionHUNG-CHIH YANGNational Science and Technology Council
2016To Investigate the Determinants of Establishing Lung-Resident T Cell Memory against Influenza Virus InfectionHUNG-CHIH YANGNational Science and Technology Council
2016To Investigate the Impact of Viral Quasispecies Dynamics and Evolution on Clinical Outcomes in the Natural History and Antiviral Treatment of Chronic Hepatitis B Virus Infection Using the Next-Generation Sequencing TechnologyHUNG-CHIH YANGNational Science and Technology Council
2016To explore the mechanisms regulating formation of hepadnavirus covalently closed circular DNAHUNG-CHIH YANGNational Institutes of Health (NIH)
2015To Investigate the Mechanisms of Vaccine Adjuvants in the Induction of Viral Antigen-Specific Regulatory T Cells and Heterosubtypic T Cell Immunity against Acute Influenza Virus InfectionHUNG-CHIH YANGNational Science and Technology Council
2015To explore the mechanisms regulating formation of hepadnavirus covalently closed circular DNAHUNG-CHIH YANGNational Institutes of Health (NIH)
2014An Extensive Investigation of the Evolution Patterns of the HBV Genome during Spontaneous and Interferon-Induced Hbeag Seroconversion Using the Deep Sequencing Approach---Clinical Correlation and SignificanceHUNG-CHIH YANGNational Science and Technology Council
2014To explore the mechanisms regulating formation of hepadnavirus covalently closed circular DNAHUNG-CHIH YANGNational Health Research Institutes
2013The role of DNA methylation and histone modifications in the replicative activity of HBV covalently closed circular DNA: implications in the disease status of chronic hepatitis BHUNG-CHIH YANGNational Science and Technology Council
2013To explore the mechanisms regulating formation of hepadnavirus covalently closed circular DNAHUNG-CHIH YANGNational Health Research Institutes
2012The Role of Dna Methylation and Histone Modifications in the Replicative Activity of Hbv Covalently Closed Circular Dna: Implications in the Disease Status of Chronic Hepatitis BHUNG-CHIH YANGNational Science and Technology Council
2011The Role of Dna Methylation and Histone Modifications in the Replicative Activity of Hbv Covalently Closed Circular Dna: Implications in the Disease Status of Chronic Hepatitis BHUNG-CHIH YANGNational Science and Technology Council