The furan concentration in the glucose/alanine model system
increased by 36–419%, except when sodium sulphite was used. A
significant decrease in furan formation was observed in the glucose/
alanine model when sodium sulphite (60% decrease) was
used, and then it increased in a sample with zinc sulphate (419%
increase). Other food additives led to increased furan formation
such as 218% with iron sulphate, 171% with magnesium sulphate,
102% with calcium sulphate, and 57% with BHT. Adding BHA
slightly reduced furan formation up to 7%. Increased furan formation
occurred in the order: zinc sulphate > iron sulphate > magnesium
sulphate > calcium sulphate > BHT. In the case of glucose/
serine model systems including various food additives, furan formation
increased by 7–675%, except when sodium sulphite was
used. A significant decrease of furan formation was observed with
sodium sulphite (76% decrease), and then it increased with iron
sulphate (675% increase). Various metal ions led to increased furan
formation of 219% with zinc sulphate, 123% with magnesium
sulphate, and 117% with calcium sulphate. Antioxidants such as
BHT and BHA also increased furan formation up to 7% and 32%,
respectively. Increased furan formation occurred in the order: iron
sulphate > zinc sulphate > magnesium sulphate > calcium
sulphate > BHA > BHT.
The furan concentration in the glucose/alanine model systemincreased by 36–419%, except when sodium sulphite was used. Asignificant decrease in furan formation was observed in the glucose/alanine model when sodium sulphite (60% decrease) wasused, and then it increased in a sample with zinc sulphate (419%increase). Other food additives led to increased furan formationsuch as 218% with iron sulphate, 171% with magnesium sulphate,102% with calcium sulphate, and 57% with BHT. Adding BHAslightly reduced furan formation up to 7%. Increased furan formationoccurred in the order: zinc sulphate > iron sulphate > magnesiumsulphate > calcium sulphate > BHT. In the case of glucose/serine model systems including various food additives, furan formationincreased by 7–675%, except when sodium sulphite wasused. A significant decrease of furan formation was observed withsodium sulphite (76% decrease), and then it increased with ironsulphate (675% increase). Various metal ions led to increased furanformation of 219% with zinc sulphate, 123% with magnesiumsulphate, and 117% with calcium sulphate. Antioxidants such asBHT and BHA also increased furan formation up to 7% and 32%,respectively. Increased furan formation occurred in the order: ironsulphate > zinc sulphate > magnesium sulphate > calciumsulphate > BHA > BHT.
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