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使用气调包装延长冷藏地中海鲻鱼(Mullus surmuletus)的货架期

Shelf-life extension of refrigerated Mediterranean mullet (Mullus surmuletus) using modified atmosphere packaging.

作者信息

Pournis Nikolaos, Papavergou Aikaterini, Badeka Anastasia, Kontominas Michael G, Savvaidis Ioannis N

机构信息

University of Ioannina, Department of Chemistry, Laboratory of Food Chemistry and Food Microbiology, Ioannina 45110, Greece.

出版信息

J Food Prot. 2005 Oct;68(10):2201-7. doi: 10.4315/0362-028x-68.10.2201.

Abstract

The present work evaluated the quality and freshness characteristics and the effect of modified atmosphere packaging (MAP) on the shelf-life extension of refrigerated Mediterranean mullet using microbiological, biochemical, and sensory analyses. Fresh open sea red mullet (Mullus surmuletus) were packaged in four different atmospheres: M1, 10%/20%/70% (O2/ CO2/N2); M2, 10%/40%/50% (O2/CO2/N2); M3, 10%/60%/30% (O2/CO2/N2); identical fish samples were packaged in air. All fish were kept under refrigeration (4 +/- 0.5 degrees C) for 14 days. Of the three gas atmospheres, the 10%/40%/50% (M2) and 10%/ 60%/30% (M3) gas mixtures were the most effective for inhibiting growth of aerobic microflora in mullet samples until day 10 of refrigerated storage. H2S-producing bacteria and pseudomonads were part of the mullet microflora and their growth was partly inhibited under MAP conditions. Between these two bacterial groups, H2S-producing bacteria (including Shewanella putrefaciens) were dominant toward the end of the storage period, regardless of the packaging conditions. Brochothrix thermosphacta and lactic acid bacteria were found to be members of the final microbial flora of MAP and air-packaged mullet, whereas the Enterobacteriaceae population was lower than other bacterial groups. Of the chemical freshness indices determined, thiobarbituric acid values were variable in mullet samples irrespective of packaging conditions indicative of no specific oxidative rancidity trend. Based on sensorial data and aerobic plate count, trimethylamine nitrogen and total volatile basic nitrogen limit values in the range of ca. 15 to 23 and 52 to 60 mg N/100 g of fish muscle were obtained, respectively, for mullet packaged under modified atmosphere and air. Sensory analyses (odor and taste attributes) showed that the limit of sensorial acceptability was reached after ca. 6 days for the samples packaged in air, 8 days for the M1 and M3 samples, and after 10 days for the M2 samples. Respective shelf-life extension for fresh whole mullet was ca. 2 days (M1 and M3 gas mixtures), and 4 days (M2 gas mixture).

摘要

本研究通过微生物学、生物化学和感官分析,评估了冷藏地中海鲻鱼的品质和新鲜度特征,以及气调包装(MAP)对其货架期延长的影响。新鲜的野生红鲻鱼(Mullus surmuletus)被包装在四种不同的气体环境中:M1,10%/20%/70%(氧气/二氧化碳/氮气);M2,10%/40%/50%(氧气/二氧化碳/氮气);M3,10%/60%/30%(氧气/二氧化碳/氮气);相同的鱼样本被包装在空气中。所有鱼均在冷藏(4±0.5℃)条件下保存14天。在三种气体环境中,10%/40%/50%(M2)和10%/60%/30%(M3)的气体混合物在冷藏保存至第10天时,对抑制鲻鱼样本中需氧微生物的生长最为有效。产硫化氢细菌和假单胞菌是鲻鱼微生物群落的一部分,在气调包装条件下它们的生长受到部分抑制。在这两个细菌群体中,无论包装条件如何,产硫化氢细菌(包括腐败希瓦氏菌)在储存期结束时占主导地位。热杀索丝菌和乳酸菌被发现是气调包装和空气包装鲻鱼最终微生物群落的成员,而肠杆菌科菌群的数量低于其他细菌群体。在所测定的化学新鲜度指标中,鲻鱼样本中的硫代巴比妥酸值无论包装条件如何都存在变化,这表明没有特定的氧化酸败趋势。基于感官数据和好氧平板计数,气调包装和空气包装的鲻鱼中三甲胺氮和总挥发性盐基氮的限值分别约为15至23mg N/100g鱼肉和52至60mg N/100g鱼肉。感官分析(气味和味道属性)表明,空气中包装的样本在约6天后达到感官可接受极限,M1和M3样本在8天后达到,M2样本在10天后达到。新鲜整条鲻鱼的货架期分别延长了约2天(M1和M3气体混合物)和4天(M2气体混合物)。

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