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JinWoong Bok

{"firstName":"JinWoong","lastName":"Bok","position":"Professor","department":"Department of Anatomy, College of Medicine, Yonsei University","homepages":["https://sites.google.com/view/yonsei-hearing/"],"homepage":"https://sites.google.com/view/yonsei-hearing/","orcid":"","googleScholar":"Not provided","email":"bokj@yuhs.ac","phoneOffice":"02-2228-0753","phoneNumbers":[],"phoneLab":"","thumbAlt":"","listDescription":"","listThumbAlt":"","visibility":"public","researchKeywords":["Inner ear","Hearing loss pathology","Hearing loss therapeutics"],"researchInterest":["Inner ear development and morphogenesis","Hair-bundle biology and auditory function","Mechanisms and therapeutics of hearing loss"],"education":[{"period":"1996-2002","content":"Ph.D. Department of Biological Sciences, University of Iowa, IA, USA"},{"period":"1992-1994","content":"M.S. Department of Systems Biology, Yonsei University, South Korea"},{"period":"1987-1992","content":"B.S. Department of Systems Biology, Yonsei University, South Korea"}],"career":[{"period":"2008-present","content":"Assistant/Associate/Full Professor, Department of Anatomy, Yonsei University College of Medicine"},{"period":"2022-2026","content":"Vice Dean for Research Affairs, Yonsei University College Medicine"},{"period":"2022-2023","content":"Chair, Department of Biomedical Systems Informatics, Yonsei University College Medicine"},{"period":"2018-2021","content":"Chair, Department of Anatomy, Yonsei University College Medicine"},{"period":"2017-2018","content":"Director, Department of Laboratory Animal Resources. Yonsei University College Medicine"},{"period":"2002-2008","content":"Post-doc fellow, National Institutes of Health, MD, USA"}],"patents":[{"year":"2025","content":"Biomarker for permanent threshold shift caused by noise and use thereof (PCT/KR2025/005097)"},{"year":"2024","content":"Use of anti-fam19a5 antagonists for treating hearing disorders (PCT/IB2024/051688, AU 2024204092 A1)"},{"year":"2020","content":"Novel partial hearing impairment animal model and manufacturing method thereof (KR 10-1659963 B1)"}],"awards":[{"period":"2024","content":"Academic Award, Korean Association for Laboratory Animal Science"},{"period":"2021","content":"Minister's Commendation, Ministry of Science and ICT, Korea"},{"period":"2021","content":"Samsung Science & Technology Foundation Fellowship"},{"period":"2020","content":"Outstanding Lecture Award. Yonsei University College of Medicine"},{"period":"2016","content":"Sung Jae Medical Award. Yonsei University College of Medicine"},{"period":"2014","content":"Hangok Academic Award. Korean Association of Anatomists"},{"period":"2014","content":"Zeiss Young Investigator Award. Korea Society for Brain and Neural Sciences"},{"period":"2013","content":"Excellence in Basic Research. National Research Foundation of Korea"}]}
JaeWhan Song

{"firstName":"JaeWhan","lastName":"Song","position":"Professor","department":"Department of Biochemistry, Yonsei University","homepages":["http://lts.yonsei.ac.kr/introduction/professor.html"],"homepage":"http://lts.yonsei.ac.kr/introduction/professor.html","orcid":"","googleScholar":"https://scholar.google.com/citations?user=KEa6N28AAAAJ&hl=en","email":"jso678@yonsei.ac.kr","phoneOffice":"81-02-2123-5695","phoneNumbers":[],"phoneLab":"","thumbAlt":"","listDescription":"","listThumbAlt":"","visibility":"public","researchKeywords":["Necroptosis","Ferroptosis","Regulated Cell Death","Cancer Biology","Metabolic Liver Disease"],"researchInterest":["The molecular regulation of regulated cell death including necroptosis, ferroptosis, pyroptosis and their roles in cancer, immune regulation, and metabolic diseases.","Integration of cell biology with animal disease models to identify novel therapeutic targets for treatment-resistant cancers and metabolic liver disorders.","Development and application of genetically engineered mouse models to dissect disease mechanisms and to translate fundamental discoveries in cell death and metabolism into potential therapeutic strategies."],"education":[{"period":"1995-2000","content":"Ph.D. Northwestern University"},{"period":"1993-1995","content":"M.S. Yonsei University"},{"period":"1987-1993","content":"B.S. Yonsei University"}],"career":[{"period":"2010-present","content":"Associate/Professor, Yonsei University"},{"period":"2002-2010","content":"Assistant/Associate Professor, Sungkyunkwan University"},{"period":"2000-2002","content":"Post-doc fellow, Northwestern University"}],"patents":[{"year":"2023","content":"Novel MKRN1 Inhibitor for Metabolic Diseases This patent covers a novel MKRN1 inhibitor, specifically including ebastine as an active ingredient, and its pharmaceutical composition for the prevention or treatment of obesity, diabetes, fatty liver disease, and steatohepatitis. Applicant and assignee: Yonsei University–Industry Foundation. Application No. 10-2023-0023711 (Feb. 22, 2023)."},{"year":"2018","content":"Pharmaceutical Composition for Treating Metabolic Diseases via MKRN1 Inhibition This invention relates to pharmaceutical compositions containing MKRN1 expression or activity inhibitors for the prevention and treatment of metabolic diseases. Korean Patent No. 10-1925020 (Jan. 28, 2018)."},{"year":"2016","content":"Cervical Cancer Prediction and Diagnosis Method Using MKRN1 Expression This patent provides a diagnostic method for predicting and diagnosing cervical cancer based on human papillomavirus (HPV) testing combined with MKRN1 expression patterns. Korean Patent No. 10-1693190 (Feb. 30, 2016)."},{"year":"2015","content":"Regulation of p14ARF Tumor Suppressor by MKRN1 in Gastric Cancer This invention addresses the role of MKRN1 as a post-translational regulator of the p14ARF tumor suppressor gene in gastric cancer. Korean Patent No. 10-1504559 (Mar. 16, 2015)."},{"year":"2015","content":"PPAR-γ Inhibition and Adipocyte Differentiation Suppression by Camptothecin Derivatives This patent describes the PPAR-γ inhibitory activity of camptothecin and its analogs, leading to suppression of adipocyte differentiation, with implications for metabolic disease treatment. Korean Patent No. 10-1576793 (Feb. 7, 2015)."},{"year":"2006","content":"Antiviral Therapeutic Composition Containing Jab1 An early patent covering a therapeutic composition for viral infectious diseases containing Jab1, highlighting antiviral signaling regulation. Korean Patent No. 10-0602146 (July 10, 2006)."}],"awards":[{"period":"2014","content":"Macrogen InC (KSBMB) Best Research Award"},{"period":"2013","content":"Yonsei University, Best Research Award"}]}