Month: September 2019

Showa Chemical Industry adds woody biomass module to plant’s LNG heat generator

Under a contract from NEDO, the company has put into operation in its Okayama plant a woody biomass heat generator, using surplus woody biomass such as bark produced in local areas. Liquid natural gas (LNG) and heat from woody biomass will be used, according to fluctuations in fuel prices and procurement conditions, for the company’s […]

Japan’s government tries to popularize genome editing by a “BioStation” website

The website https://bio-sta.jp/contains information on latest breeding results and explains in much detail the technology behind these results. Projects include deletion of target genes which result in tomatoes with high GABA content, potatoes without solanine, and red sea bream with enhanced muscle meat (myostatin knock-out). The secretariat of BioStation is located at the Japan Agriculture, Forestry […]

COTO LABO consortium strives for better life science data

Eight companies have joined Shimadzu Corporation in an attempt to obtain better reproducible data in the life sciences such as drug-related research. 53 ring tests among these companies had shown that reproducibility of data was indeed low. 8 companies (iPS Portal, Earth Environment Service, NTT DATA, Olympus, Kataoka Manufacturing, Taisei Corporation, Hitachi Industrial Equipment Systems, […]

NEDO consortium improves microbial bioproduction by AI

In this project, it is planned to build a data infrastructure system for collecting and sharing data which correlate optical and electrochemical sensor data that have not yet been used at bio-production sites (bioproduction management using convolutional data). An AI system will be developed that predicts the optimal culture method hitherto not possible with human […]

Genome editing provides high-sugar content tomatos: Nagoya University

Katsuhiro SHIRATAKE of Nagoya University and coworkers from RIKEN have achieved the development of a high-fructose tomato by disrupting the INVINH gene, encoding an invertase inhibitor. As genome editing tools, a CRISPR / Cas9 vector and Target-AID vector targeting INVINH were used. In some  transformants, the increase in sugar content was up to 2fold. Lecture at […]

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