Effects of aging and freezing/thawing sequence on quality attributes of bovine Mm. gluteus medius and biceps femoris
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Objective: The effects of aging and freezing/thawing sequence on color, physicochemical, and enzymatic characteristics of two beef muscles (Mm. gluteus medius, GM and biceps femoris, BF) were evaluated. Methods: Beef muscles at 3 d postmortem were assigned to four different combinations of aging and freezing/thawing sequence as follows; aging at 2°C for 3 wk (A3, never-frozen control), freezing at –28°C for 2 wk then thawing (F2, frozen/thawed-only), aging at 2°C for 3 wk, freezing at –28°C for 2 wk then thawing (A3F2), and freezing at –28°C for 2 wk, thawing then further aging at 2°C for 3 wk (F2A3). Results: No significant interactions between different aging/freezing/thawing treatments and muscle type on all measurements were found. Postmortem aging, regardless of aging/freezing/thawing sequence, had no impact on color stability of frozen/thawed beef muscles (p<0.05). F2A3 resulted in higher purge loss than F2 and A3F2 treatments (p<0.05). A3F2 and F2A3 treatments resulted in lower shear force of beef muscles compared to F2 (p<0.05). Although there was no significant difference in glutathione peroxidase (GSH-Px) activity, F2A3 had the highest β-N-acetyl glucominidase (BNAG) activity in purge, but the lowest BNAG activity in muscle (p<0.05). GM muscle exhibited higher total color changes and purge loss, and lower GSH-Px activity than BF muscle. Conclusion: The results from this present study indicate that different combinations of aging/freezing/thawing sequence would result in considerable impacts on meat quality attributes, particularly thaw/purge loss and tenderness. Developing a novel freezing strategy combined with postmortem aging will be beneficial for the food/meat industry to maximize its positive impacts on tenderness, while minimizing thaw/purge loss of frozen/thawed meat.
Abstract
Objective: The effects of aging and freezing/thawing sequence on color, physicochemical, and enzymatic characteristics of two beef muscles (Mm. gluteus medius, GM and biceps femoris, BF) were evaluated. Methods: Beef muscles at 3 d postmortem were assigned to four different combinations of aging and freezing/thawing sequence as follows; aging at 2°C for 3 wk (A3, never-frozen control), freezing at –28°C for 2 wk then thawing (F2, frozen/thawed-only), aging at 2°C for 3 wk, freezing at –28°C for 2 wk then thawing (A3F2), and freezing at –28°C for 2 wk, thawing then further aging at 2°C for 3 wk (F2A3). Results: No significant interactions between different aging/freezing/thawing treatments and muscle type on all measurements were found. Postmortem aging, regardless of aging/freezing/thawing sequence, had no impact on color stability of frozen/thawed beef muscles (p<0.05). F2A3 resulted in higher purge loss than F2 and A3F2 treatments (p<0.05). A3F2 and F2A3 treatments resulted in lower shear force of beef muscles compared to F2 (p<0.05). Although there was no significant difference in glutathione peroxidase (GSH-Px) activity, F2A3 had the highest β-N-acetyl glucominidase (BNAG) activity in purge, but the lowest BNAG activity in muscle (p<0.05). GM muscle exhibited higher total color changes and purge loss, and lower GSH-Px activity than BF muscle. Conclusion: The results from this present study indicate that different combinations of aging/freezing/thawing sequence would result in considerable impacts on meat quality attributes, particularly thaw/purge loss and tenderness. Developing a novel freezing strategy combined with postmortem aging will be beneficial for the food/meat industry to maximize its positive impacts on tenderness, while minimizing thaw/purge loss of frozen/thawed meat.
참고문헌 (21)
- Leygonie C, "Impact of freezing and thawing on the quality of meat: Review", Meat Sci, 91, pp.93~98 (2012)
- Kim, YHB, "Effect of ageing prior to freezing on colour stability of ovine longissimus muscle", Meat Sci, 88, pp.332~337 (2011)
- 김현욱, "Effects of Aging Period Prior to Freezing on Meat Quality of Hanwoo Muscle (Longissimus dorsi)", 한국축산식품학회지, 31(6), pp.799~806 (2011), 한국축산식품학회
- Kim YHB, "Pre rigor processing, ageing and freezing on tenderness and colour stability of lamb loins", Meat Sci, 95, pp.412~418 (2013)
- Crouse JD, "Effect of freezing of beef on subsequent postmortem aging and shear force", J Food Sci, 55, pp.573~574 (1990)
- Grayson AL, "Freezing and thawing or freezing, thawing, and aging effects on beef tenderness", J Anim Sci, 92, pp.2735~2740 (2014)
- Morgan JB, "National beef tenderness survey", J Anim Sci, 69, pp.3274~3283 (1991)
- Hergenreder JE, "The effects of freezing and thawing rates on tenderness, sensory quality and retail display of beef subprimals", J Anim Sci, 91, pp.483~490 (2013)
- AMSA, "Meat color measurement guidelines", Am Meat Science Association, ~ (2012)
- Lee MS, "Influence of vacuum-aging period on bloom development of the beef gluteus medius from top sirloin butts", Meat Sci, 80, pp.592~598 (2008)
- Honikel KO, "Reference methods for the assessment of physical characteristics of meat", Meat Sci, 49, pp.447~457 (1998)
- Renerre M, "Antioxidant enzyme activities in beef in relation to oxidation of lipid and myoglobin", Meat Sci, 43, pp.111~121 (1996)
- 강선문, "Evaluation of the Activities of Antioxidant Enzyme and Lysosomal Enzymes of the Longissimus dorsi Muscle from Hanwoo (Korean Cattle) in Various Freezing Conditions", 한국축산식품학회지, 34(6), pp.742~748 (2014), 한국축산식품학회
- Flohé L, "Methods in enzymology", pp.114~121 (1984), Academic Press, Inc
- Benjakul S, "Comparative study on physicochemical changes of muscle proteins from some tropical fish during frozen storage", Food Res Int, 36, pp.787~795 (2003)
- Farouk MM, "The “sponge effect” hypothesis: An alternative explanation of the improvement in the waterholding capacity of meat with ageing", Meat Sci, 90, pp.670~677 (2012)
- Kim YHB, "Evaluation of combined effects of ageing period and freezing rate on quality attributes of beef loins", Meat Sci, 110, pp.40~45 (2015)
- Ballin NZ, "Analytical methods for authentication of fresh vs. thawed meat – A review", Meat Sci, 80, pp.151~158 (2008)
- Toldrá F, "Simple test for differentiation between fresh pork and frozen", thawed pork, 1990, pp.29, 177~181
- Kirchofer KS, "Fiber-type composition of muscles of the beef chuck and round", J Anim Sci, 80, pp.2872~2878 (2002)
- Ellerbroek LI, "Differentiation between fresh and thawed meat by an enzyme profile test", Meat Sci, 40, pp.203~209 (1995)