Abstract:
The present invention makes it possible to separate short-chainlength amyloses and long-chain-length amyloses from starches by decomposing and cutting off the Alpha -1,6-glucoside bonds of amylopectin contained in starches by means of an Alpha -1,6glucosidase to form short-chain-length amyloses differing in molecular weight from the naturally occuring amyloses and making use of the difference in molecular weight in those two shorts of amyloses.
Abstract:
Process for producing powdery amyloses having excellent solubility, adsorption and other properties, by hydrolyzing a gelatinized starch solution with isoamylase to a straight-chain amylose solution, slowly cooling said solution thereby forming a crystalline precipitate, and then drying the precipitate by spraying at a low temperature.
Abstract:
PROCESS FOR THE PRODUCTION OF STARCH SYRUPS WHICH HAVE OLIGO-GLUCOSYL-FRUTOSE AS THEIR MAIN CONSTITUENTS BY SUBJECTING AMYLASE OF BACILLUS MACERANS TO A MIXTURE OF SOLUTIONS OF LIQUEFIED STARCH AND SUCROSE.
Abstract:
PROCESS WHICH COMPRISES PREPARING A HIGH-PURITY MALTOSE SOLUTION BY THE USE OF B-AMYLASE FOR THE AMYLOYLIS AND ALSO A-1,6-GLUCOSIDASE WHICH CAN ELIMINATE FROM STARCH THE A-1,6-GLUCOSIDE BOND THAT HAMPERS THE AMYLOLYSIS BY THE ACTION OF B-AMYLASE, CONCENTRATING THE RESULTING SOLUTION TO A MASSECUITE CONTAINING MALTOSE CRYSTALS, AND THEN SPRAYING THE MASSECUITE IN A DRYING COLUMN TO OBTAIN THE FINAL PRODUCT.