Laboratory of Animal Developmental Genetics Hiroshi KAGAMI Professor, Ph.D. Keywords; Animal Stem Cell Breeding Organ Regeneration Biotechnology Recently, we have developed the novel strategies for avian biotechnology using pluripotent stem cells and germ cells. These strategies will be among the most powerful tools for future poultry breeding. *Developmental regulation of avian stem cells A B C D A B C Biotechnology Division *Use of avian eggs as bioreactors *A novel system for poultry breeding Novel strategies to manipulate avian embryos. Invited seminar in an International Meeting for stem cell manipulation. 30 Laboratory of Chemical Biology Masaki IHARA Assosiate Professor, Ph.D. Protein Engineering, Molecular Evolution, Algae Breeding, Metabolic Engineering, Nano-Bio Technology The Laboratory of Chemical Biology is developing renewable energy production systems. Due to increasing energy requirements and the simultaneous demands for environmental conservation, the development of novel renewable energy systems is highly desirable; however, most such systems are not economically self-supporting. To achieve a self-supporting energy system that can be mass produced at a low cost, we are focusing on converting solar energy into chemical energy using genetically modified phototrophic bacteria or plants. Theme1 Protein engineering to create algae with a high productivity of formate, hydrogen or isoprenoid. C D For establishment of algae-industry, the modification of algae is needed, and for the modification of algae, the modification of protein and DNA are necessary. Left: Clean bench, Center: Cultures of algae, Right: Spectrometers and HPLC. Biotechnology Division Theme2 High-throughput screening systems to isolate algae with a high sugar productivity from random library. Chemicals Energy Phototrophs Proteins Amino acid polymerization DNA
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