2017•Journal of Meat ScienceRequires access

Quality of Super Chilled Poultry Meat at Storage

Kishor S. Rathod, R. K. Ambadkar, Naveena Basappa Maheswarappa

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Abstract

The breast meat upon exposure to super chilling (−1.5 to-2.5°C), chilled (4°C) and frozen (−18°C) temperatures up to 24 h were assessed separately for various quality attributes. The moisture content of super chilled meat (75.74+0.53) was significantly less than chilled meat (78.09+0.49). The protein content was higher in fresh meat (20.56+0.31) as compared to chilled (18.13+0.39) and super chilled meat (18.78+0.27) while fat content was not affected. The pH and water holding capacity (WHC) showed non-significant effect of cooling. There was significant (p 0.05) increase in total plate count (TPC) of super chilled (4.29+0.19) and frozen fillets (4.13+0.17) whereas in chilled samples, the increase in TPC (4.69+0.23) was significant (p<0.05). However, psychrophillic (PPC) increased significantly (p<0.05) in both chilled (2.48+0.20) and super chilled fillets (1.98+0.20). The texture of super chilled fillets was comparable with chilled and frozen fillet as evident from shear force values. There was reduction in L* and b* in super chilled breast fillet against frozen and chilled fillet. Moreover, a* value increased significantly suggesting the beneficial effect of super chilling in improving the redness of breast fillet.

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What this paper is about

The breast meat upon exposure to super chilling (−1.5 to-2.5°C), chilled (4°C) and frozen (−18°C) temperatures up to 24 h were assessed separately for various quality attributes. The moisture content of super chilled meat (75.74+0.53) was significantly less than chilled meat (78.09+0.49). The protein content was higher in fresh meat (20.56+0.31) as compared to chilled (18.13+0.39) and super chilled meat (18.78+0.27) while fat content was not affected. The pH and water holding capacity (WHC) showed non-significant effect of cooling. There was significant (p 0.05) increase in total plate count (TPC) of super chilled (4.29+0.19) and frozen fillets (4.13+0.17) whereas in chilled samples, the increase in TPC (4.69+0.23) was significant (p<0.05). However, psychrophillic (PPC) increased significantly (p<0.05) in both chilled (2.48+0.20) and super chilled fillets (1.98+0.20). The texture of super chilled fillets was comparable with chilled and frozen fillet as evident from shear force values. There was reduction in L* and b* in super chilled breast fillet against frozen and chilled fillet. Moreover, a* value increased significantly suggesting the beneficial effect of super chilling in improving the redness of breast fillet.

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Available abstract

The breast meat upon exposure to super chilling (−1.5 to-2.5°C), chilled (4°C) and frozen (−18°C) temperatures up to 24 h were assessed separately for various quality attributes. The moisture content of super chilled meat (75.74+0.53) was significantly less than chilled meat (78.09+0.49). The protein content was higher in fresh meat (20.56+0.31) as compared to chilled (18.13+0.39) and super chilled meat (18.78+0.27) while fat content was not affected. The pH and water holding capacity (WHC) showed non-significant effect of cooling. There was significant (p 0.05) increase in total plate count (TPC) of super chilled (4.29+0.19) and frozen fillets (4.13+0.17) whereas in chilled samples, the increase in TPC (4.69+0.23) was significant (p<0.05). However, psychrophillic (PPC) increased significantly (p<0.05) in both chilled (2.48+0.20) and super chilled fillets (1.98+0.20). The texture of super chilled fillets was comparable with chilled and frozen fillet as evident from shear force values. There was reduction in L* and b* in super chilled breast fillet against frozen and chilled fillet. Moreover, a* value increased significantly suggesting the beneficial effect of super chilling in improving the redness of breast fillet.

Key concepts: Food science, Chilled water, Fillet (mechanics), Chicken breast, Chemistry, Water holding capacity, Water content, Moisture

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