食品科学

• 基础研究 • 上一篇    下一篇

超高压对虾蛄脱壳及加工性能的影响

贾 莹,胡志和*,王秀玲,陈少华,刘蓄瑾,夏 磊   

  1. 天津商业大学生物技术与食品科学学院,天津市食品生物技术重点实验室,天津 300134
  • 出版日期:2015-12-15 发布日期:2015-12-24

Effect of Ultra-High Pressure Treatment on Shucking and Processing Properties of Squilla

JIA Ying, HU Zhihe*, WANG Xiuling, CHEN Shaohua, LIU Xujin, XIA Lei   

  1. Tianjin Key Laboratory of Food and Biotechnology, College of Biotechnology and Food Science,Tianjin University of Commerce, Tianjin 300134, China
  • Online:2015-12-15 Published:2015-12-24

摘要:

以压力、保压时间为影响因素,以得肉率、脱壳时间和持水性为指标,研究超高压处理虾蛄脱壳的最佳条件,评价不同脱壳条件下所得虾仁的加工性能(汁液流失率、质构和色泽变化)。结果显示:在所选的压力(100~500 MPa)和时间(1~20 min)范围内,当压力为350~400 MPa,保压时间为8 min时,与传统的手工直接去壳相比,脱壳时间缩短55%、得肉率提高26.28%。在该条件下处理后虾仁的持水性为31.82%、汁液流失率为-6.56%、整体色差变化值为12.46、硬度为214.396 g、弹性为0.891、咀嚼性为101.020、黏聚力为0.526。因此,超高压处理虾蛄,能够提高脱壳效率,改善虾肉的加工性能。

关键词: 虾蛄, 超高压处理, 脱壳工艺

Abstract:

The optimal shucking conditions of squilla by ultra-high pressure (UHP) treatment were determined by examining
the effects of pressure (100-500 MPa) and holding time (1-20 min) on squilla meat yield, shucking time and water holding
capacity (WHC). The drip loss, texture and color variation of peeled squilla as a function of shucking conditions were
assessed. Results showed that compared with traditional manual shelling technique, the shucking time was reduced by 55%,
and meat yield was increased 26.28% when squilla was treated at 350–400 MPa for 8 min; meanwhile, WHC of shelled
squilla was 31.82%, drip loss rate -6.56%, color variation 12.46, hardness 214.396 g, springiness 0.891, chewiness 101.020
and cohesiveness 0.526. Therefore, using ultra-high pressure treatment, both shucking efficiency and texture properties of
squilla can be improved.

Key words: squilla, ultra-high pressure, shucking technique

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