Shalaby A R
National Research Centre, Food Technology and Dairy Science Department, Dokki, Cairo, Egypt.
Nahrung. 2000 Feb;44(1):23-7. doi: 10.1002/(SICI)1521-3803(20000101)44:1<23::AID-FOOD23>3.0.CO;2-B.
Ungerminated legume seeds (broad bean, chick pea and lupine) were contained all tested biogenic amines. Tryptamine (TRY) was the main biogenic amine detected, and its concentration considerably increased during the germination. beta-Phenylethylamine (PHE) was detected in small amounts and its concentration slowly increased during germination. The concentration of tyramine (TYR) showed a fluctuation pattern of changes during germination in all tested legumes. The concentrations of cadaverine (CAD) and putrescine (PUT) increased during the germination period in all tested grains. However, histamine (HIS) showed a fluctuated pattern of changes in both broad bean and lupine, and a gradual increase in chick pea. Spermidine (SPD) and spermine (SPM) contents of broad bean and chick pea showed a fluctuation pattern of change, while, a decrement trend of change was recorded for lupine along the germination period. By cooking, legume samples became free of biogenic amines which appeared in the boiling water. Heat treatment seems to have little effect on the concentration of biogenic amines in legume sprouts. The amounts of biogenic amines detected in the boiling water are less than the initial amounts of the sprouts (expected amounts).
未发芽的豆类种子(蚕豆、鹰嘴豆和羽扇豆)含有所有检测的生物胺。色胺(TRY)是检测到的主要生物胺,其浓度在发芽过程中显著增加。β-苯乙胺(PHE)检测到的量较少,其浓度在发芽过程中缓慢增加。在所有测试的豆类中,酪胺(TYR)的浓度在发芽过程中呈现波动变化模式。在所有测试的谷物发芽期,尸胺(CAD)和腐胺(PUT)的浓度增加。然而,组胺(HIS)在蚕豆和羽扇豆中呈现波动变化模式,在鹰嘴豆中逐渐增加。蚕豆和鹰嘴豆中的亚精胺(SPD)和精胺(SPM)含量呈现波动变化模式,而羽扇豆在发芽期记录到含量下降趋势。通过烹饪,豆类样品中的生物胺在沸水中消失。热处理似乎对豆芽中生物胺的浓度影响很小。在沸水中检测到的生物胺量小于豆芽的初始量(预期量)。