An innovative curing process with plasma‐treated water for production of loin ham and for its quality and safety

HI Yong, J Park, HJ Kim, S Jung, S Park… - Plasma Processes …, 2018 - Wiley Online Library
HI Yong, J Park, HJ Kim, S Jung, S Park, HJ Lee, W Choe, C Jo
Plasma Processes and Polymers, 2018Wiley Online Library
The purpose of the present study is to evaluate the potential of plasma‐treated water (PTW)
as an alternative to synthetic sodium nitrite in loin ham manufacturing. Two brine solutions
made of sodium nitrite were compared against PTW for curing of loin ham. In comparison to
chemical brining PTW resulted in increased redness (a*‐value), while allowing to maintain
low residual nitrite content and total bacterial counts. No significant differences were found
in yellowness (b*‐value), lightness (L*‐value), and lipid oxidation among the treatment …
The purpose of the present study is to evaluate the potential of plasma‐treated water (PTW) as an alternative to synthetic sodium nitrite in loin ham manufacturing. Two brine solutions made of sodium nitrite were compared against PTW for curing of loin ham. In comparison to chemical brining PTW resulted in increased redness (a*‐value), while allowing to maintain low residual nitrite content and total bacterial counts. No significant differences were found in yellowness (b*‐value), lightness (L*‐value), and lipid oxidation among the treatment groups. Furthermore, the loin ham manufactured using PTW showed no genotoxicity by Ames test. Therefore, PTW could be considered as an effective and innovative substitute for synthetic nitrite in cured meat manufacturing without compromising on quality changes.
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