Popova M, Mircheva T, Mironova M, Popov Ch
Vet Med Nauki. 1987;24(8):81-6.
The dynamics of cumulation was followed up of the products of peroxide oxidation of lipids (POL) during the storage of meat obtained from broiler birds, pigs, and calves, and the activity was determined of one of the systems responsible for the deposition of such products--the nonenzyme system. Results showed that the cumulation of POL products in sampled white poultry meat and meat of pigs and calves, stored for 20 days at -5 degrees to -10 degrees C had close values. The rate of deposition in red poultry meat appeared to be several times higher. Investigations into the activity of the nonenzyme system that produced catalytic effects with POL 4 to 5 hours after sampling the meat revealed that it was lowest in homogenates of calf meat, and it was highest in homogenates of poultry meat, especially of red poultry meat. In this respect the meat of pigs ranked second. The data of the two criteria used showed that the rate of POL in PSE meat was lower than in normal meat of pigs.
对取自肉鸡、猪和小牛的肉在储存期间脂质过氧化产物(POL)的累积动态进行了跟踪,并测定了负责此类产物沉积的系统之一——非酶系统的活性。结果表明,在-5℃至-10℃下储存20天的白色禽肉、猪肉和小牛肉样本中,POL产物的累积值相近。红色禽肉中的沉积速率似乎要高几倍。对取样后4至5小时对POL产生催化作用的非酶系统活性的研究表明,其在小牛肉匀浆中最低,在家禽肉匀浆中最高,尤其是红色禽肉。在这方面,猪肉排第二。所使用的两个标准的数据表明,PSE猪肉中POL的速率低于正常猪肉。