First Year |
Principal Investigator |
Affiliation |
Project Title |
FY2019 |
ENOMOTO Nobuyuki |
University of Yamanashi |
Director |
Study on factors influencing post treatment pathological status in hepatitis C patients receiving direct acting antiviral agents using next generation sequencing technology |
FY2019 |
TANAKA Yasuhito |
Kumamoto University |
Professor |
Genome-wide research aimed at identifying host factors affecting the changes in disease conditions after direct acting antiviral therapies for hepatitis C |
FY2019 |
KANEKO Shuichi |
Kanazawa University |
Professor |
Study of preventing hepatocarcinogenesis from chronic hepatitis C |
FY2019 |
KAWADA Norifumi |
Osaka City University |
Professor |
Study on the development of regression therapy for liver fibrosis by using recombinant human Cytoglobin |
FY2019 |
OHDAN Hideki |
Hiroshima University |
Professor |
Research and development of immune-therapy using pluripotent stem cells as potential anti-hepatitis/hepatoma therapeutics |
FY2019 |
KATO Naoya |
Chiba University |
Professor |
Development of Hepatocarcinogenesis Prevention in Hepatitis C by Activating Innate Immune Response |
FY2019 |
MURAMATSU Masamichi |
National Institute of Infectious Diseases |
Director |
Basic research and development of novel diagnostic and therapeutic approaches for viral hepatitis |
FY2019 |
OTSUKA Motoyuki |
The University of Tokyo |
Assistant Professor |
Development of novel interventional methods against hepatitis B based on the comprehensive elucidation of its pathogenesis |
FY2019 |
OKAMOTO Toru |
Osaka University |
Professor |
Development of novel therapeutics for pathogenesis induced by hepatitis viruses |
FY2019 |
TOKUNAGA Katsushi |
National Center for Global Health and Medicine |
Co-Director, Genome Medical Science Project |
Study for clinical sequencing based on genome analysis of host and viral factors |
FY2019 |
YAMAMOTO Takuya |
National Institutes of Biomedical Innovation, Health and Nutrition |
Project Leader |
Establishment of therapeutic strategies toward a functional cure for HBV by innovative immunotherapies |
FY2019 |
TAKEHARA Tetsuo |
Osaka University |
Professor |
Study of outcome of liver cirrhotic patients received HCV elimination therapy |
FY2019 |
NAKAGAWA Hayato |
The University of Tokyo |
Specially Appointed Lecturer |
Relevance of burned-out phenomenon to the pathogenesis of NASH: Development of a new therapeutic strategy based on lipid metabolism |
FY2019 |
ASAHINA Yasuhiro |
Tokyo Medical and Dental University |
Professor |
Development of an innovative disease model using human iPS cell-derived liver organoids and creation of treatments to suppress hepatic fibrosis and hepatocarcinogenesis |
FY2019 |
SUGIYAMA Masaya |
National Center for Global Health and Medicine |
Vice Director |
Development of full-length HBV-POL expression system for drug discovery |
FY2019 |
YAMANE Daisuke |
Tokyo Metropolitan Institute of Medical Science |
Chief Researcher |
Study of Intrinsic Antiviral Signaling Pathways in Hepatocytes Toward the Development of Novel Antiviral Strategies |
FY2019 |
TAKAYAMA Kazuo |
Kyoto University |
Junior Assistant Professor |
Functional analysis and regulation of liver disease-associated gene TLL1 |
FY2020 |
TAKEHARA Tetsuo |
Osaka University |
Professor |
Elucidation of the progression of liver pathology such as liver carcinogenesis after hepatitis C virus elimination and its predictors |
FY2020 |
CHAYAMA Kazuaki |
Hiroshima University |
Professor |
Study of factors associated with health status and prognosis after successful HCV eradication |
FY2020 |
AIZAKI Hideki |
National Institute of Infectious Disease |
Chief |
Study on pathology and course of liver carcinogenesis after sustained virologic response in hepatitis C |
FY2020 |
KUROSAKI Masayuki |
Musashino Red Cross Hospital |
Vice President |
Study on the effect of resistance associated substitutions on clinical features of hepatitis C virus infection |
FY2020 |
TAJIRI Hitoshi |
Kindai University Nara Hospital |
Researcher |
Studies on evaluation of progression of viral hepatitis during childhood and on development of treatment strategy |
FY2020 |
YATSUHASHI Hiroshi |
National Hospital Organization Nagasaki Medical Center |
Vice President |
Study of contributing to improvement of QOL and improvement of prognosis in patients with liver cirrhosis |
FY2020 |
TERAI Shuji |
Niigata University |
Professor |
Translational research aiming for development of next generation exosome therapy for cirrhosis |
FY2020 |
OSAFUNE Kenji |
Kyoto University |
Professor |
Development of cell therapy against liver cirrhosis using human iPS cells and nonhuman primate liver disease models |
FY2020 |
SAKAMOTO Naoya |
Hokkaido University |
Professor |
Screening of prognostic biomarker by comprehensive serum and liver tissue glycomics |
FY2020 |
HONDA Masao |
Kanazawa University |
Professor |
Revealing the association of impaired barrier function of liver sinusoidal endothelial cells and the onset of lifestyle disease related non-B, non-C hepatitis and hepatocellular carcinoma |
FY2020 |
KODAMA Takahiro |
Osaka university |
Assistant professor |
Study of molecular mechanisms of NASH and non-B non-C liver cancer and exploration of their therapeutic targets |
FY2020 |
KANDA Tatsuo |
Nihon University School of Medicine |
Associate Professor |
Research and development of infection prevention, pathological mechanism, diagnosis and treatment for hepatitis A and E viruses |
FY2020 |
UENO Hideki |
Kyoto University |
Professor |
Promoting HBs seroconversion in chronic HBV infection |
FY2020 |
NAKAMOTO Yasunari |
University of Fukui |
Professor |
Development of Novel Targeted Immunotherapy for Chronic Hepatitis B to Regulate both Virus and Carcinogenesis |
FY2020 |
NISHIDA Nao |
National Center for Global Health and Medicine |
Senior Researcher |
Predictive Model to Prevent Development of Liver Disease Based on the Polygenic Risk Score (PRS) |
FY2020 |
MIYOSHI Eiji |
Osaka University Graduate School of Medicine |
Professor |
Study of novel hepatocarcinogenesis mechanism using glycotechnology and its application |
FY2020 |
SEKIBA Kazuma |
The University of Tokyo |
Staff Doctor |
Comprehensive identification of host factors maintaining HBV cccDNA by CRISPR technology for the development of new therapeutic methods |
FY2020 |
MURAI Kazuhisa |
Kanazawa University |
Assistant Professor |
Establishment of the research infrastructure for liver cancer microenvironment and exploratory research of a novel cancer immunotherapeutic target |
FY2020 |
ABE Yuichi |
Aichi Cancer Center Research Institute |
Senior Scientist |
Screening of novel diagnostic markers and therapeutic targets for NASH-derived hepatocellular carcinoma by ultra-sensitive multi-omics |
FY2021 |
HIASA Yoichi |
Ehime University |
Professor |
Development of immune therapy to achieve drug-free for the patient with chronic hepatitis B |
FY2021 |
SUZUKI Fumitaka |
Toranomon Hospital |
Director |
The analyses of factors associated with drug free status and try to establish the therapies for setting out to drug free status and HBsAg |
FY2021 |
MIZOKAMI Masashi |
National Center for Global Health and Medicine |
Project Leader |
Development of cost-effective prophylaxis and treatment for hepatitis B virus (HBV) reactivation |
FY2021 |
SUZUKI Tetsuro |
Hamamatsu University School of Medicine |
Professor |
Development of a novel class of anti-HCV agents targeting the viral NS2 |
FY2021 |
SAKAI Katsuya |
Kanazawa University |
Associate Professor |
A versatile hepatitis treatment based on recovery from liver dysfunctions and fibrosis achieved by an engineered |
FY2021 |
MIZUGUCHI Hiroyuki |
Osaka University |
Professor |
Development of hepatic tissue derived organoids for the novel treatment of cirrhosis and liver failure |
FY2021 |
KANEYAMA Shuri |
Showa University School of Medicine |
Associate Professor |
Development of the antisense nucleic acid aiming to treat liver fibrosis via extracellular matrix remodeling |
FY2021 |
KOIKE Kazuhiko |
The University of Tokyo |
Professor Emeritus |
Study of pathogenesis of metabolism-associated liver cancer on the background of steatohepatitis |
FY2021 |
KANTO Tatsuya |
National Center for Global Health and Medicine |
Director General |
Development of medicine for NASH patients with liver cancer based on inflammaging lipid-genomics research 2.0 |
FY2021 |
OTSUKA Motoyuki |
The University of Tokyo |
Assistant Professor |
Elucidation of the mechanisms of chronic inflammation-induced hepatocarcinogenesis and development of novel |
FY2021 |
NAKATSURA Tetsuya |
National Cancer Center |
Chief |
Development of technology to suppress the onset and recurrence of liver cancer with circulating tumor cells and personalized immunotherapy |
FY2021 |
YOSHIO Sachiyo |
National Center for Global Health and Medicine |
Chief |
Development of novel therapy for the patients with chronic liver disease based on comprehensive understanding of muscle-liver-metabolism axis and immune system |
FY2021 |
YAMASHITA Taro |
Kanazawa University Hospital |
Associate Professor |
Development of a novel synthetic ligand optimized for the activation of hepatocyte nuclear factor 4α, a master regulator of liver metabolism, regeneration, and carcinogenesis, to develop an innovative treatment strategy on liver cancer |
FY2021 |
NAKAMOTO Nobuhiro |
Keio University |
Associate Professor |
Study to elucidate the mechanism of liver fibrosis and resolution via inter-organ network |
FY2021 |
YOSHIJI Hitoshi |
Nara Medical University |
Professor |
Development research of novel pathophysiology and therapy for hepatorenal syndrome in cirrhosis -Thrombotic microangiopathy and recombinant ADAMTS13 therapy- |
FY2021 |
SHIOZAWA Yusuke |
Nippon Medical School |
Assistant Professor |
Specific excision of hepatitis B virus covalently closed circular DNA using Cas9 nickase |
FY2021 |
MATSUMOTO Tomonori |
Osaka University |
Assistant Professor |
Exploration of novel treatment strategies for drug resistance and emergence of liver cancers targeting ploidy alterations and senescence escape |
FY2021 |
Xian Yang QIN |
RIKEN |
Research Scientist |
Molecular pathology and drug discovery of liver cancer by tracing dynamic changes of cancer stem cell marker expression |