Rose M D, Shearer G, Farrington W H
Ministry of Agriculture, Fisheries and Food, Food Science Laboratory, Colney, Norwich, UK.
Food Addit Contam. 1995 Jan-Feb;12(1):67-76. doi: 10.1080/02652039509374280.
The heat stability of clenbuterol was investigated. The drug was shown to be stable in boiling water at 100 degrees C. In cooking oil at 260 degrees C, losses were observed, indicating a half-life of about 5 min. The effect of a range of cooking processes (boiling, roasting, frying, microwaving) on clenbuterol residues in fortified and incurred tissue was studied. No net change in the amount of clenbuterol was observed in any of the cooking processes investigated except for deep frying using extreme conditions. There was little observed migration from the tissue into the surrounding liquid or meat juices. Clenbuterol residues were found not to be evenly distributed in the incurred raw tissue used for the investigation. The findings of this investigation show that data obtained from measurements on raw tissue are applicable for use in consumer exposure estimates and dietary intake calculations.
研究了克伦特罗的热稳定性。结果表明,该药物在100摄氏度的沸水中稳定。在260摄氏度的食用油中,观察到有损失,表明半衰期约为5分钟。研究了一系列烹饪过程(煮、烤、煎、微波加热)对强化组织和受污染组织中克伦特罗残留量的影响。在所研究的任何烹饪过程中,除了在极端条件下油炸外,未观察到克伦特罗含量的净变化。几乎没有观察到克伦特罗从组织迁移到周围的液体或肉汁中。研究发现,用于调查的受污染生组织中克伦特罗残留分布不均。本次调查结果表明,从生组织测量中获得的数据适用于消费者接触估计和膳食摄入量计算。