天津科技大学学报
天津科技大學學報
천진과기대학학보
JOURNAL OF TIANJIN UNIVERSITY OF SCIENCE & TECHNOLOGY
2013年
1期
10-13
,共4页
超高压%海鲈鱼%贮藏期%蒸煮损失%蛋白质降解
超高壓%海鱸魚%貯藏期%蒸煮損失%蛋白質降解
초고압%해로어%저장기%증자손실%단백질강해
high pressure%sea bass%storage%cooking loss%protein denaturation
适当的超高压处理有利于降低海鲈鱼鱼肉的蒸煮损失.但是随着贮藏时间的延长,蒸煮损失升高,而400,MPa 的压力处理海鲈鱼的蒸煮损失表现为不显著水平.另外,超高压处理会使肌浆蛋白和肌原纤维蛋白变性,且随着贮藏时间的延长,大分子变成小分子,降解程度加大.
適噹的超高壓處理有利于降低海鱸魚魚肉的蒸煮損失.但是隨著貯藏時間的延長,蒸煮損失升高,而400,MPa 的壓力處理海鱸魚的蒸煮損失錶現為不顯著水平.另外,超高壓處理會使肌漿蛋白和肌原纖維蛋白變性,且隨著貯藏時間的延長,大分子變成小分子,降解程度加大.
괄당적초고압처리유리우강저해로어어육적증자손실.단시수착저장시간적연장,증자손실승고,이400,MPa 적압력처리해로어적증자손실표현위불현저수평.령외,초고압처리회사기장단백화기원섬유단백변성,차수착저장시간적연장,대분자변성소분자,강해정도가대.
Relatively high pressure processing could result in a decrease in cooking loss of sea bass,but the cooking loss value would increase with the extension of storage time. Pressure of 400,MPa was conducive for the maintainance of three-dimensional gel grid structure,and the cooking loss value showed no significant difference compared with the control. In addition,high pressure treatment could result in denaturation of sarcoplasmic protein and myofibrillar protein,large mole-cules would become small molecules,and the degradation degree increased with the extension of storage time.