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Cellotetraose reduced

Figure 7. Analysis of normal and reduced members of the cellulose oligosaccharide series by charcoal chromatography. Components from left to right Glucose (G1) reduced cellobiose (G2H borohydride reduction) cellobiose (G2) reduced cellotriose (G3H) cellotriose (G3) reduced cellotetraose (G4H) cellotetraose (G4), and reduced cellopentaose (G5H)... Figure 7. Analysis of normal and reduced members of the cellulose oligosaccharide series by charcoal chromatography. Components from left to right Glucose (G1) reduced cellobiose (G2H borohydride reduction) cellobiose (G2) reduced cellotriose (G3H) cellotriose (G3) reduced cellotetraose (G4H) cellotetraose (G4), and reduced cellopentaose (G5H)...
Figure 8. Changes in optical rotation during hydrolysis of reduced cellotetraose by the exoglucanase of T. viride, and after base-catalyzed mutarotation (14)... Figure 8. Changes in optical rotation during hydrolysis of reduced cellotetraose by the exoglucanase of T. viride, and after base-catalyzed mutarotation (14)...
From the quantitative analysis of hydrolysis products from cellotetra-ose and reduced cellotetraose by the three cellulases, the bond 2, when the glucosyl bonds of the cello-oligosaccharides were numbered from the nonreducing end, was found to be hydrolyzed more easily than the bond 3 by any of the three cellulases. With higher cello-oligosaccharides, all... [Pg.82]

See other pages where Cellotetraose reduced is mentioned: [Pg.243]    [Pg.178]    [Pg.411]    [Pg.22]    [Pg.197]    [Pg.200]    [Pg.347]    [Pg.22]    [Pg.28]    [Pg.65]   
See also in sourсe #XX -- [ Pg.19 ]



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Cellotetraose

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