Ajinomoto and NAIST develop protein/carbon-nanotube/titaniumoxide-based nanocomplex which improves photoelectric conversion by 20 %
Using a recombinant DNA-binding protein (ferritin superfamily) adsorbed to carbon
Using a recombinant DNA-binding protein (ferritin superfamily) adsorbed to carbon
Using Ralstonia eutropha H16 as a test organism, PHA was
The temperature is determined with high precision by introducing a
In collaboration with NARO’s National Institute of Vegetable and Tea
The program, financed by MEXT and led by Dr Yutaka
The development relates to the Energy Conservation Law of 2010
In collaboration with a team from Kyushu University, Mitsubishi Electric
The comprehensive database which was elaborated by 261 researchers in
Major targets are cell analysis (2 billion) and molecular diagnostics
The plant is based on studies by Professor Makoto WATANABE