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Professors/Lab.

참여학과(부) 교수 소개

Journal Article(논문)
Issue Date
(발행일)		 Title
(제목)		 Journals
(출처)
2022 Functional Characterization of Salt-Stress Induced Rare Cold Inducible Gene from Camelina sativa (CsRCI2D) JOURNAL OF PLANT BIOLOGY
2022 CsRCI2D enhances high-temperature stress tolerance in Camelina sativa L. through endo-membrane trafficking from the plasma membrane PLANT SCIENCE
2021 Subcellular Journey of Rare Cold Inducible 2 Protein in Plant Under Stressful Condition Frontiers in Plant Science
2020 Overexpression of CsRCI2H enhances salt tolerance in Camelina sativa (L.) Plant biotechnology reports
2019 Overexpression of phytochelatin synthase AtPCS2 enhances salt tolerance in Arabidopsis thaliana JOURNAL OF PLANT PHYSIOLOGY
2017 HMA3 cooperating with HMA4 is key factor for differences in metal related phenotype between Arabidopsis Ws and Col-0 ecotypes PLANT BIOTECHNOLOGY REPORTS
2017 Functional characterization of plasma membrane-localized organic acid transporter (CsALMT1) involved in aluminum tolerance in Camelina sativa L. PLANT BIOTECHNOLOGY REPORTS
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Title
(제목)		 Period
(과제기간)		 Organization
(주관기관명)
친환경신소재를 이용한 작물 재배 기술 개발 기획 연구 2023.09.~2024.01. Gwangju Techno Park
Characterization of endocytic trafficking regulated by stress tolerance protein CsRCI2s expression in Camelina sativa L. 2017.06.~2020.05. National Research Foundation
Metabolic enginnering of plant seed oil for 12 hydroxy fatty acids production 2015.01.~2017.12. Rural Development Administration
Analysis of relationship with CsRCI2-induced membrane potential regulation and water transporter CsPIP2 in Cemelina as a potential bio-energy crop under salt stress 2014.06.~2017.05. National Research Foundation
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Date
(일자)		 Title
(제목)		 Remark
(비고)
  형질전환 식물체를 이용한 중금속 오염 토양으로부터 납(Pb) 및 아연(Zn)의 제거방법 국내특허, 등록번호
10-1836140-0000
  형질전환 식물체를 이용한 중금속 오염 토양으로부터 납(Pb) 및 아연(Zn)의 제거방법 국내특허, 등록번호
10-1786713
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실험실습 연구실 소개

Introduction of Lab. (연구실 소개)

Energy Crop Physiology

  • Research Area Plant physiology, Membrane protein biology
  • Details We are studying the physiological responses of plants under environmental stress conditions, with a particular focus on the functions of membrane proteins in biomembranes, such as the plasma membrane of plant cells.
Research Project
(연구과제)		 Period
(연구기간)		 Organization
(주관기관명)		 Details
(내용 및 특징)
친환경신소재를 이용한 작물 재배 기술 개발 기획 연구 2023.09.~2024.01.    
Characterization of endocytic trafficking regulated by stress tolerance protein CsRCI2s expression in Camelina sativa L. 2017.06.~2020.05. National Research Foundation  
Metabolic enginnering of plant seed oil for 12 hydroxy fatty acids production 2015.01.~2017.12. Rural Development Administration  
Analysis of relationship with CsRCI2-induced membrane potential regulation and water transporter CsPIP2 in Cemelina as a potential bio-energy crop under salt stress 2014.06.~2017.05. National Research Foundation  
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