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Enzymes / Starch / Chemical pathology / Food additives / Molecular biology / Amylase / Zymography / Bacillus amyloliquefaciens / Bacillus subtilis / Chemistry / Biology / Biochemistry


In Silico identification of pathogenic strains of Cronobacter from Biochemical data reveals association of inositol fermentation with pathogenicity
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Bedford / Palo Alto / Typhoon / London / Adelaide / /

Company

Infors AG / Millipore / Agilent LC / Matrix Science Ltd. / GE Healthcare / Canopus Corporation / BioMed Central Ltd. / Bio-Rad / Creative Commons / /

Continent

Australia / /

Country

United States / Australia / United Kingdom / Schweiz / /

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Facility

Australian plant / Swinburne University of Technology / Mean square F / /

IndustryTerm

pharmaceutical industry / α-anomeric products / industrial and biotechnological applications / starch solution / metal ions manganese / optimized media / food / metal / hydrolase-inducing media / pharmaceuticals / anomeric products / industrial applications / crude enzyme solution / food industry / centrifugal filter devices / resulting in a α-anomeric products / /

Organization

Department of Chemistry and Biotechnology / Faculty of Science / Engineering and Technology / Swinburne University of Technology / National Centre for Biotechnology Information / /

Person

Enzo A Palombo / Mahmood M Ghorbani / Peter J Mahon / Shatabdi Bhattacharjee / Bradford Assay / Bob Chinnock / Bita Zaferanloo / /

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Position

representative / /

Product

Pilot / acetic acid / EL / /

ProvinceOrState

South Australia / Mississippi / New South Wales / /

Region

South Australia / South Wales / /

Technology

Alpha / electrophoresis / Biotechnology / search engine / ion exchange / laser / DNS / Peptide sequencing / http / PDA / gel electrophoresis / /

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http /

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