Quality of Super Chilled Poultry Meat at Storage
Kishor S. Rathod, R. K. Ambadkar, Naveena Basappa Maheswarappa
Abstract
Kishor S. Rathod, R. K. Ambadkar, Naveena Basappa Maheswarappa
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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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