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Starch / Separation processes / Chemical pathology / Fructose / Simulated moving bed / Enzyme / Xylose isomerase / Chemical reaction / High-fructose corn syrup / Chemistry / Chromatography / Sweeteners


doi:[removed]j.jbiotec[removed]
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Document Date: 2009-05-13 05:10:15


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File Size: 364,19 KB

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City

Zurich / /

Company

Bioprocess Laboratory / Elsevier B.V. / /

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Facility

port Yield / Institute of Process Engineering / /

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IndustryTerm

pharmaceutical applications / chemical point of view / non-conventional media / chemical field / simulated moving bed technology / chemical industry / obvious solution / chromatographic separation systems / bed technology / manufacturing / suitable cofactor regeneration protocols / chemical / chemical reaction space / possible applications / on-line coupling / product / chemicals / suitable alternative chemical procedure / fundamental chemical research / food / energy / /

Organization

Institute of Process Engineering / US Federal Reserve / /

Person

Stefan Makart / Matthias Heinemann / Matthias Bechtold / Sven Panke / C. (b) Hashimoto / /

Position

preparative fine chemist / Corresponding author / /

Product

acetic acid / Relenza / /

ProgrammingLanguage

EC / /

Technology

simulating moving bed technology / biotransformations / Biotechnology / simulated moving bed technology / SMB technology / biocatalysis / suitable cofactor regeneration protocols / /

SocialTag