Large granules from barley starch were packed into a column and hydrolysed with α‐amylase by pumping a diluted enzyme solution through the starch bed. The enzyme was then trapped onto an ion‐exchanger and the dextrins that solubilised from the granules were collected and characterised. The size‐distribution of the solubilished dextrins ranged from degree of polymerisation (DP) 2—500. The linear and branched products originated from both the amylose and the amylopectin components. The rate of solubilisation and the composition of the solubilised dextrins from barley starch were very similar to those found for large wheat starch granules.</p
Limit dextrinase (EC 3\u20222\u20221\u202241) partially purified from rice seeds was immobilized by ...
Dextrins obtained from potato starch both under industrial and laboratory conditions are always a mi...
The enzyme-resistant starch (ERS) content in processed high amylose and regular maize starches has b...
Large granules from barley starch were packed into a column and hydrolysed with α‐amylase by pumping...
Isoamylase hydrolysates of wet- (WC) and dry-cationised (DC) waxy maize starch were fractionated by ...
The α‐amylolysis of large (volume average 16 μm) barley starch granules was studied by measuring the...
The effect of the degree of gelatinization of barley starch granules on their accessibility to α-amy...
Branched α-dextrins with different molecular weights were prepared from waxy maize. A series of β-li...
Hydrolysis of waxy maize β-limit dextrins by α-amylases from porcine pancreas (PPA), Bacillus subtil...
From the digest of /3-limit dextrin (prepared from glutinous rice starch) with sac-charifying a-amyl...
Slow leaching and prolonged incubation at 50° of undamaged, large (A-type) barley-starch granules re...
To determine the internal structure of barley starch without amylopectin isolation, whole starch was...
Pullulanase (EC.3.2.1.41) was used to generate more linear-chain dextrin from sago starch (24.9% amy...
1. Of various branched dextrins formed during digestion of starch with liquefying.a-amylase [EC 3.2....
The susceptibility of native barley starch granules and granules at different stages of gelatinizati...
Limit dextrinase (EC 3\u20222\u20221\u202241) partially purified from rice seeds was immobilized by ...
Dextrins obtained from potato starch both under industrial and laboratory conditions are always a mi...
The enzyme-resistant starch (ERS) content in processed high amylose and regular maize starches has b...
Large granules from barley starch were packed into a column and hydrolysed with α‐amylase by pumping...
Isoamylase hydrolysates of wet- (WC) and dry-cationised (DC) waxy maize starch were fractionated by ...
The α‐amylolysis of large (volume average 16 μm) barley starch granules was studied by measuring the...
The effect of the degree of gelatinization of barley starch granules on their accessibility to α-amy...
Branched α-dextrins with different molecular weights were prepared from waxy maize. A series of β-li...
Hydrolysis of waxy maize β-limit dextrins by α-amylases from porcine pancreas (PPA), Bacillus subtil...
From the digest of /3-limit dextrin (prepared from glutinous rice starch) with sac-charifying a-amyl...
Slow leaching and prolonged incubation at 50° of undamaged, large (A-type) barley-starch granules re...
To determine the internal structure of barley starch without amylopectin isolation, whole starch was...
Pullulanase (EC.3.2.1.41) was used to generate more linear-chain dextrin from sago starch (24.9% amy...
1. Of various branched dextrins formed during digestion of starch with liquefying.a-amylase [EC 3.2....
The susceptibility of native barley starch granules and granules at different stages of gelatinizati...
Limit dextrinase (EC 3\u20222\u20221\u202241) partially purified from rice seeds was immobilized by ...
Dextrins obtained from potato starch both under industrial and laboratory conditions are always a mi...
The enzyme-resistant starch (ERS) content in processed high amylose and regular maize starches has b...