Pinglin LI | Ph.D. | Professor | Ph.D. supervisor | ||||
Department: | Marine natural medicine | ||||||
Phone: | 86-532-82031905 | Email: | lipinglin@ouc.edu.cn | ||||
Address: | School of Medicine and Pharmacy, Room 130, No. 5 Yushan Road, Qingdao, Shandong, 266003 | ||||||
Research Area: | We are mainly focusing onsmall molecules from marine organisms (coral, sponge, symbioticmicroorganismsetc.), including of targeted isolation of the compounds, structural identification of NPs, structure-activity relationship, and the original study of NPs and their big-scale production. | ||||||
Biography |
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Education |
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2015.09~2016.09 | Scripps Institution of Oceanography UC San Diego | Marine natural products | Visiting scholar | ||||
2003.09~2008.07 | Lanzhou University | Natural Products Chemistry | Ph.D. | ||||
1999.09~2003.06 | Lanzhou University | Chemistry | B.S. | ||||
Work Experience |
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2016.01~Present | School of Medicine and Pharmacy, Ocean University of China | Professor |
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2014.01~2015.12 | School of Medicine and Pharmacy, Ocean University of China | Associate Professor |
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2011.01~2013.12 | School of Medicine and Pharmacy, Ocean University of China | Lecturer |
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2008.07~2011.01 | College of Food Science and Engineering, Ocean University of China | Lecturer |
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Academic Acitivities |
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Member of Chinese Pharmaceutical Association | |||||||
Honors |
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2015 Outstanding Young Scientist Fund 2016 Shandong Province Science Fund for Distinguished Young Scholars | |||||||
Courses |
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Spectrometric Identification of Organic Compounds (for undergraduate) | |||||||
Research Interests |
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Focusing on the structural diversity and broad-spectrum biological functions of new structural and functional molecules in marine sponges and corals, more than 600 compounds of various structural types were obtained, including 200 new compounds and 40 new skeleton compounds. Preliminary activity evaluation showed that dozens of compounds had strong cytotoxic, antifouling and antivirus activities. The preliminary results of the ongoing research on the utilization of sponges and corals in Xisha Islands prove that the biological resources of sponges and corals in the distant Xisha Islands are obviously different from those in the offshore areas, and have significant marine characteristics.
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Publications |
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Papers |
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Books |
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《SymbioticMicrobiomes ofCoral Reefs Spongesand Corals》,Springer Nature B.V., 2019 | |||||||
Patents |
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Projects | |||||||
1. 2019/01-2022/12, NSFC,41876161,Search for the Origin of Marine Cembrane Diterpenoids and Discovery of New Structural Activity Leading Compounds,Project leader
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