2010Korean Journal of Food Science and TechnologyRequires access

Safety and Quality Assessment of Kimchi Made Using Various Salts

Min-Sun Chang, Sun‐Duk Cho, Dong Ho Bae, Gun‐Hee Kim

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Abstract

This study examined the safety of various salts (domestic purified salt, domestic solar salt, imported purified salt, imported solar salt) as well as the effects on the quality of kimchi fermented during 28 days at . All salts contained DEHP, but ferrocyanide ion and heavy metals (Cd, Pb, As, Hg) were not detected. Following fermentation, the pH of kimchi was decreased during storage, but total acidity and salinity values increased. There was no considerable differences between the various salts. As the fermentation period increased, the lactic acid bacterial counts increased remarkably. Regarding the sensory characteristics of kimchi during storage, the appearance of domestic purified salt was better than that of domestic solar salt following fermentation. Imported salts produced a strong salty taste initially, but domestic refined salt had the highest salty taste at 7 days. Therefore, there were no considerable differences between the various salts.

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What this paper is about

This study examined the safety of various salts (domestic purified salt, domestic solar salt, imported purified salt, imported solar salt) as well as the effects on the quality of kimchi fermented during 28 days at . All salts contained DEHP, but ferrocyanide ion and heavy metals (Cd, Pb, As, Hg) were not detected. Following fermentation, the pH of kimchi was decreased during storage, but total acidity and salinity values increased. There was no considerable differences between the various salts. As the fermentation period increased, the lactic acid bacterial counts increased remarkably. Regarding the sensory characteristics of kimchi during storage, the appearance of domestic purified salt was better than that of domestic solar salt following fermentation. Imported salts produced a strong salty taste initially, but domestic refined salt had the highest salty taste at 7 days. Therefore, there were no considerable differences between the various salts.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This study examined the safety of various salts (domestic purified salt, domestic solar salt, imported purified salt, imported solar salt) as well as the effects on the quality of kimchi fermented during 28 days at . All salts contained DEHP, but ferrocyanide ion and heavy metals (Cd, Pb, As, Hg) were not detected. Following fermentation, the pH of kimchi was decreased during storage, but total acidity and salinity values increased. There was no considerable differences between the various salts. As the fermentation period increased, the lactic acid bacterial counts increased remarkably. Regarding the sensory characteristics of kimchi during storage, the appearance of domestic purified salt was better than that of domestic solar salt following fermentation. Imported salts produced a strong salty taste initially, but domestic refined salt had the highest salty taste at 7 days. Therefore, there were no considerable differences between the various salts.

Key concepts: Salt (chemistry), Food science, Fermentation, Chemistry, Taste, Lactic acid, Bacteria, Biology

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