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New Two-Step Fermentation Process-Based Attempts

Compared to the classical two-step fermentation process, the new two-step fermentation process-based one-step process could further ehminate the cost of hydrogenation of D-glucose to D-sorbitol. Based on the two-step fermentation process, Anderson et al. expressed a 2,5-DKG reductase from Corynebacterium ATCC 31090 in E. herbicola ATCC 21988. The recombinant E. herbicola strain could accumulate 1 g 1 of 2-KLG from saturated D-glucose solution [31]. Using protoplast fusion of an E. herbicola and a Corynebacterium strain, the resulting strain could produce 2.07 gl of 2-KLG [40]. According to the limited literature in the public domain, the new two-step fermentation process-based one-step process seems to be less efficient than the classical two-step-based process. [Pg.316]

It is important to note that, though it has been reported that the new two-step fermentation process-based one-step process could accumulate more than 100 gl of 2-KLG, there is no public information available that can substantiate this claim [41]. [Pg.316]


See other pages where New Two-Step Fermentation Process-Based Attempts is mentioned: [Pg.314]    [Pg.316]   


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Fermentation Processing

Fermentation process

Fermention processes

Fermention processes fermentation

New Two-Step Fermentation Process

New processes

Process fermentative

Process steps

Process two-step

Two steps

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