Korea Institute of Energy Research

Haesung Bio Co., Ltd.

Byung Kwon Kim

Heon Jung

Bong Hyun Chung

Dong Hyun Chun

Ji Chan Park

Hak Joo Kim

Jung Il Yang

Ho Young Lee

Jung Hoon Yang

Ho Jae Lee

So Yeon Yi

Ui Jin Lee

Kyoung Sook Park

Seong U Kim

Kyung Jin Lee

Jung Sun Kwon

The present invention relates to a composition for detecting microbial contamination comprising a preparation for detecting nucleases, and a use thereof. A probe for measuring nucleic acid double-stranded nucleases, according to the present invention, may detect the comprehensive nucleic acid degradation capability of nucleases, whereby it is possible to quickly and precisely detect and quantify live microorganisms in a sample in a simple manner. Moreover, since the probe of the present invention is characterized in that signals of fluorescence consistently increase; is capable of measuring live microorganisms; and consists of a double-stranded nucleic acid, the probe is excellent for storage in a kit or a cartridge. As such, it is expected that the probe of the present invention may be used to easily and simply measure and compare the degree of contamination of microorganisms in an environment.

Composition for detecting microbial contamination comprising preparation for detecting nucleases, and use thereof

A second stage Fischer-Tropsch reaction system to enhance a conversion ratio of a synthetic gas, includes, at least one first reactor that uses a Fe catalyst, receives a first synthetic gas extracted from a coal, biomass or natural gas, and reacts the first synthetic gas with the Fe catalyst to obtain a synthetic fuel, and a second reactor that uses a Fe.Co or Co catalyst, receives a second synthetic gas discharged from the first reactors after reaction, and reacts the second synthetic gas with the Fe.Co or Co catalyst to obtain a synthetic fuel.

Second stage Fischer-Tropsch reaction system to enhance the conversion of synthetic gas

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Daejeon, South Korea

Byung Kwon Kim