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Introduction
  • The center focuses on development of important platform technology for plant biotechnology and industrial transgenic plants. These include studies on plant genomes and metaboloms, determining functionally important genes, and developing molecular tools to improve plant traits. Furthermore, the center generates industrial transgenic plants with an enhanced tolerance to environmental stresses in marginal lands, to develop a plant-based global green technology and establish international cooperation network. Further, the center currently focuses on development of in-plant cell biotechnology for the production of invaluable bio- pharmaceuticals and bio-materials. The goal is to investigate these organisms and associated processes, and develop sustainable technologies/products from these resources.
Research Areas
  • Studies on structural and functional genomics of plants
  • Studies on post-translational modifications in plants
  • Generation of biotech plants with an enhanced tolerance to multiple stresses
  • Studies of omics to achieve increase in the storage ability of sweet potato
  • Functional studies on the IbOrange gene, in terms of abiotic stress tolerance
  • Studies on plant-microbe interactions and their utilizable technology
  • Studies on light and circadian clock signaling networks in plants
  • Cooperative study of plant-based global green technology with China, Kazakhstan, etc.
  • Establishment of sustainable biomass
  • Development of high-efficiency production system
  • Lipid signaling network and production of natural rubber
  • Studies on molecular mechanisms of plant regeneration
Head
Investigator
Name Position Tel / Email Detail
Hyun-Soon Kim Associate Director / Detail

Tel

042-860-4493

Email

hyuns@kribb.re.kr

Achievements
  • Development of transgenic plants with enhanced tolerance to multiple environmental stresses
  • Functional studies of IbOr gene involved in accumulation of carotenoids and stress tolerance
  • Development of salt tolerance transgenic plant
  • Investigating the cell death mechanism of plants related to disease resistance
  • Studies on enhancing plant secondary metabolite contents
  • Development of molecular and genomics tools to improve plant traits
  • Increased lipid productivity in microalgae for biofuel production
  • Construction of omics information and genetic network
  • Investigation of fine-tuning mechanism of immunophilins to adapt to environmental stress in Arabidopsis and rice
  • Lipid signaling and production of natural rubber
Selected Publications
  • Overexpression of Arabidopsis P3B increases heat and low temperature stress tolerance in transgenic sweetpotato.
    • BMC Plant Biol. 17(1):139.
    • Sang Soo Kwak (Corresponding)
  • Sang Soo Kwak (Corresponding) IbOr regulates photosynthesis under heat stress by stabilizing IbPsbP in sweetpotato.
    • Front Plant Sci. 8:989.
    • Sang Soo Kwak (Corresponding)
  • Overexpression of golgi protein CYP21-4s improves crop productivity in potato and rice by increasing the abundance of mannosidic glycoproteins.
    • Front Plant Sci. 8:1250.
    • Hye Sun Cho and Hyun Soon Kim (Co-corresponding)
  • A transcriptome approach toward understanding fruit softening in persimmon.
    • Front Plant Sci. 8:1556.
    • Stephen Beungtae Ryu (Corresponding)
  • An alcohol dehydrogenase gene from Synechocystis sp. confers salt tolerance in transgenic tobacco.
    • Front Plant Sci. 8:1965.
    • Sung Ran Min (Co-corresponding)
  • Nicotiana benthamiana Matrix Metalloprotease 1 (NMMP1) gene confers disease resistance to Phytophthora infestans in tobacco and potato plants.
    • J Plant Physiol. 218:189-195.
    • Hyun Soon Kim (Co-corresponding)
  • Transcriptome analysis of the oriental melon (Cucumis melo L. var. makuwa) during fruit development.
    • PeerJ. 5:e2834.
    • Suk-Yoon Kwon (Corresponding)
  • Down-regulation of GIGANTEA-like genes increases plant growth and salt stress tolerance in poplar.
    • Plant Biotechnol J. 15(3):331-343.
    • Sang Soo Kwak (Corresponding)
  • First report of impatiens flower break virus infecting impatiens walleriana in South Korea.
    • Plant Dis. 101(2):394.
    • Jae Sun Moon (Corresponding)
  • Silencing of an ¥á-dioxygenase gene, Ca-DOX, retards growth and suppresses basal disease resistance responses in Capsicum annum.
    • Plant Mol Biol. 93(4-5):497-509.
    • Jeong Mee Park (Corresponding)
  • Recombinant human acidic fibroblast growth factor (aFGF) expressed in Nicotiana benthamiana potentially inhibits skin photoaging.
    • Planta Med. 83(10):862-869.
    • Hyun Soon Kim (Corresponding)