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Super-Bacteria Research Center
Diagnosis and control of antibiotic-resistant superbacteria
- Development of biocontent for diagnosing/sensing human infectious diseases and Study on biological verification
- Studies on host-microbe interaction and mechanism of antibiotic resistance development
- Discovery of natural antimicrobials, investigation on new targets, and development of multiple-target antibiotics
- Analysis and reengineering of bacterial genome for improved antibiotics production and Bacillus bacterial factory
- Discovery of a multidrug resistance-modifying mechanism by small RNA
- Discovery of natural antimicrobials and identification of antibiotic targets using a genomic library
- Bacteria display of enzymes and vaccines
- Bacteria-host interaction
- Probiotic Paenibacillus- Analysis of ita genome and interaction with plants
- Understanding the characteristics of Paenibacillus strains and mechanism of plant growth promotion and resistance development
- Discovery of NRP gene cluster from Paenibacillus polymyxa
- Discovery of biosynthesis gene clusters of polymyxin, fusaricidin, and tridecaptin based on the genome information, their expression regulation, and generation of new antimicrobial metabolites
- Discovery of novel antimicrobials with new mode-of-action
- Development of new natural antimicrobials from antinomyces, fungi and plants
- Investigation of multiple-target antibiotic mechanisms and discovery of new concept antibiotic targets
- Discovery of new multiple drug resistance mechanisms based on small RNA
- An activity monitoring system of the sRNA library and analysis of their functions in antibiotic resistance development
- Roles of volatile organic compounds in bacteria communication
- Systematic understanding of bacterial interaction by volatile organic compounds in antibiotic resistance development
- Spore display system for enzymes and vaccines
- Development of a new display system for enzymes and antigens on the surface of Bacillus spores
- Bacteria acetylproteomes
- Systematic identification and understanding of post-translationally acetylated proteins in bacteria