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Hazards Monitoring Bionano Research Center

Hazards Monitoring Bionano Research Center
Objectives
Development of original technology to detect/analyze hazards to the foundation of nano bio convergence
  • Development of bio contents to detect and analyze biological and chemical hazards
  • Development of bio nano material for highly sensitive hazard detection and nano bio sensor
  • Development of integrated system for monitoring of hazards
Researcher
researchers and research statement
Name Research Fields
Tai Hwan Ha
(Associate Director)
  • Nanobiomaterials for biosensor and biochips, DNA/RNA aptamer biosensors
Moonil Kim
  • Bioelectronics, Living Biosensor
Myung Kyu Lee
  • Bionanotechnology, Biochemistry
Im Sik Chung
  • Nano-polymer Chemistry
Kyu-Sun Lee
  • Development of a Drosophila model system for studying age-related diseases such as diabetes and neurodegenerative diseases
Chang-Soo Lee
  • Development of fluorescent probes for small molecules
Juyeon Jung
  • Antibody engineering for infectious diseases
Taejoon Kang
  • Development of SERS biosensor for cancer diagnosis
Oh Seok Kwon
  • Electrical Bionanosensors for small molecules
Eun-Kyung Lim
  • Development of nanomedicine for “Theragnosis”
Jin Young Jeong
  • Development of nanomaterials for biosensors, Bionanomedicine
Ju Young Byun
  • Bionanosensors based on paper-chip
research areas
  • Bio contents technology to detect and analyze biological hazards (infectious germs and virus) and chemical hazards (toxicity, shellfish toxin, pesticide, heavy metals, etc.)
    • Development of high-efficient bio materials (antibody, peptide, etc.) for detection/analysis of hazards
    • Bio contents engineering to apply hazards detection and analysis system
    • Establishment of bio contents library for hazards and effective analysis
  • New concept nano structure and bio contents interfacing technology to detect/analyze hazards
    • New functional nano structure manufacturing technology to detect hazards
    • Bio contents/ nano structure highly efficient interfacing technology
    • Highly sensitive hazard detection/analysis technology based on bio contents/nano structure
  • Integrated monitoring system technology to detect/analyze hazards
    • Bio element and signal change technology to detect hazards
    • Highly efficient bio interfacing technology for bio elements
    • Bio sensing signal amplification technology to detect hazards sensitively
    • Integrated hazards detection/analysis system for both bio contents and nano materials/elements
Achievements
  • Development of nano original material for multi imaging
    • Development of new-concept multi bio imaging nano original materials that can be widely used in new drug development, disease diagnosis and understanding of life utilizing organic/inorganic nano material synthesis technology and bio material/nano material interfacing technology. It is a highly sensitive bio friendly nano material that can observe the movement of cells within a body with capability of monitoring movement of immune cells that can be used in cancer treatment and cancer cell treatment process with real-time in-body image.
  • Development of original technology for label-free micro RNA analysis
    • Development of array analytics utilizing structure specific RNA synthesis protein or nucleic acid derivatives as label-free micro RNA analysis method. Application on various solid surface is possible enabling the application on nano structure or devices like microfluidics
  • Development of highly sensitive bio sensor
    • The highly sensitive label free bio sensor which does not need florescence or radioisotope label based on nano optics and nano electronic element technology is developed enabling the detection of very small amount of hazards (virus, toxicity)