Studies on the Processing of Low Salt Fermented. Sea Foods 5. Processing Conditions of Low Salt Fermented Anchovy and Yellow Corvenia
Cha Yong-Jun, Eung-Ho Lee
Abstract
Cha Yong-Jun, Eung-Ho Lee
Abstract
Since a long time ago, more than thirty kinds of fermented fish product have traditionally been favored and consumed in Korea. In general, they fermented with of sodium chloride. However, it has been currently known that sodium chloride is one of causative ingredient for adult diseases. For that reason, reduced sodium salt diet is recently recommended in developed countries. This study was attempted to process low sodium salt fermented fish using anchovy, Engraulis japonica, and yellow corvenia, Psedosciaena manchurica, as raw materials with partially replacing the sodium salt with potassium chloride. The most favorable taste for fermented anchovy and yellow corvenia were revealed at 60 and 90 days fermentation, respectively. Judging from sensory evaluation with variance of analysis and orthogonal contrast method, little difference of taste were found when sodium salt was replaced with KCl even by as compared with conventional fermented fish. Taste for low salt fermented anchovy and yellow corvenia were the most favorable when they were prepared with salt, KCl, sorbitol, lactic acid and alcohol extract of red pepper as preservatives and flavor enhancers.
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Since a long time ago, more than thirty kinds of fermented fish product have traditionally been favored and consumed in Korea. In general, they fermented with of sodium chloride. However, it has been currently known that sodium chloride is one of causative ingredient for adult diseases. For that reason, reduced sodium salt diet is recently recommended in developed countries. This study was attempted to process low sodium salt fermented fish using anchovy, Engraulis japonica, and yellow corvenia, Psedosciaena manchurica, as raw materials with partially replacing the sodium salt with potassium chloride. The most favorable taste for fermented anchovy and yellow corvenia were revealed at 60 and 90 days fermentation, respectively. Judging from sensory evaluation with variance of analysis and orthogonal contrast method, little difference of taste were found when sodium salt was replaced with KCl even by as compared with conventional fermented fish. Taste for low salt fermented anchovy and yellow corvenia were the most favorable when they were prepared with salt, KCl, sorbitol, lactic acid and alcohol extract of red pepper as preservatives and flavor enhancers.
Key concepts: Anchovy, Food science, Fermented fish, Fermentation, Ingredient, Chemistry, Sodium, Taste