Development of Raman based cell detechment technology  for high-throughput single cell sorting and its genomics (KAP220378)
1. Goal Development of nanoparticle-based Raman spectroscopy technology for high-speed single cell separation and genome analysis - Development of functional microbial community separation technology using magnetic nanoparticles - Development of functional microorganism detection and high-speed separation technology using isotopes and Raman spectroscopy - Development of high-speed separation technology Development of single cell genome analysis and culture technology - Key microorganisms for plant-microbial interaction in drought conditions  2. Abstract 1st year: Development of functional microbial community separation technology using magnetic nanoparticles - Establishment of manufacturing conditions for magnetic nanoparticles - Analysis of functional microbial community separation efficiency and community functionality using magnetic nanoparticles (mixed strains vs. environmental samples) - Functional microorganisms Evaluation of technology applicability through community cluster and functional genetic characterization 2nd year: Raman spectroscopy for desorption of functional microorganisms...  3. Effect - Securing functional single cell selection and high-speed separation technology using Raman spectroscopy - Securing technology to respond to climate change that can promote plant growth using plant-microbial symbiosis in a drought environment - More than 6 SCI(E) grade papers, patent application/ More than 2 registrations, 10 strategic microorganism registrations, 5 metagenome registrations, 2 NABIC registrations