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通过水蒸气蒸馏法从干鲣鱼中制备香气馏分及其对咸味和鲜味品质改性的影响

Preparation of an Aroma Fraction from Dried Bonito by Steam Distillation and Its Effect on Modification of Salty and Umami Taste Qualities.

作者信息

Ogasawara Yasushi, Mochimaru Shinsuke, Ueda Reiko, Ban Masayasu, Kabuto Shizuya, Abe Keiko

机构信息

Central Research Inst, Mizkan Holdings, 2-6 Nakamura-cho, Handa-shi, Aichi, 475-8585, Japan.

Graduate School of Agricultural and Life Sciences, The Univ. of Tokyo, 1-1-1 yayoi, Bunkyo-ku, Tokyo, 113-8657, Japan.

出版信息

J Food Sci. 2016 Feb;81(2):C308-16. doi: 10.1111/1750-3841.13194. Epub 2015 Dec 31.

Abstract

To study the effects of dried bonito aroma on taste perception, dried bonito aroma fraction (DBAF) as a steam distillate in liquid was added to the salt solutions containing 5 different salt concentrations (0.68% to 1.5% [w/v]) before sensory evaluations. Perception of the taste qualities of salt solutions with added DBAF varied depending on the salt concentration. At low salt concentrations (0.68% to 0.83%), after-taste intensity of saltiness and overall taste intensity were significantly enhanced by the addition of DBAF. This suggests that DBAF can be applied to a low-salt seasoning at these salt concentrations. Umami taste intensity was significantly enhanced by the addition of DBAF at all salt concentrations (0.68% to 1.5%). The addition of heat-treated DBAF, which no longer had the dried bonito odor, exerted no significant influences on any taste descriptors. As the result of gas chromatography-mass spectrometry analysis, sulfur-containing compounds, pyrazines, alcohols, and phenols were contained in DBAF and not detected in heat-treated DBAF. Because these compounds contributed to the dried bonito odor, the taste modifications were thought to be induced by these compounds. The effects of the DBAF on Japanese noodle soup (mentsuyu) were also examined. The saltiness intensity of 1.2% salt concentration of mentsuyu containing both DBAF and DBS (dried bonito stock) as a hot water extract of dried bonito was not significantly differ from that of 1.5% salt concentration of mentsuyu not containing any of them. It will thus be possible to develop a reduced salt seasoning by combining DBAF and DBS.

摘要

为研究鲣鱼干香气对味觉感知的影响,在感官评价前,将作为液体蒸汽馏出物的鲣鱼干香气馏分(DBAF)添加到含有5种不同盐浓度(0.68%至1.5%[w/v])的盐溶液中。添加DBAF的盐溶液的味觉品质感知因盐浓度而异。在低盐浓度(0.68%至0.83%)下,添加DBAF可显著增强咸味的余味强度和整体味觉强度。这表明在这些盐浓度下,DBAF可应用于低盐调味料。在所有盐浓度(0.68%至1.5%)下,添加DBAF均可显著增强鲜味强度。添加不再具有鲣鱼干气味的热处理DBAF对任何味觉描述符均无显著影响。气相色谱-质谱分析结果表明,DBAF中含有含硫化合物、吡嗪类、醇类和酚类,而热处理DBAF中未检测到这些物质。由于这些化合物产生了鲣鱼干气味,因此认为味觉变化是由这些化合物引起的。还研究了DBAF对日本面汤(面汁)的影响。含有DBAF和作为鲣鱼干热水提取物的DBS(鲣鱼干汤)的1.2%盐浓度面汁的咸味强度与不含任何一种成分的1.5%盐浓度面汁的咸味强度无显著差异。因此,通过将DBAF和DBS结合,有可能开发出低盐调味料。

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