首页> 外文学位 >UTILIZATION OF MUTTON IN RESTRUCTURED ROASTS (CULLED EWES, MONOSODIUM GLUTAMATE, PYRIDINOLINE).
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UTILIZATION OF MUTTON IN RESTRUCTURED ROASTS (CULLED EWES, MONOSODIUM GLUTAMATE, PYRIDINOLINE).

机译:在改制烤中使用羊肉(冷冻的羊肉,味精,吡啶啉)。

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Boneless mutton yields from culled ewes, and the possibility of utilizing mutton in restructured chunked and formed roasts were investigated. Boneless mutton yields from lean conditioned (LC) ewe carcasses weighing 19-21 kg were significantly (P < .05) lower than those from medium conditioned (MC) ewe carcasses weighing 26-28 kg. Leg, loin, rib and shoulder; mechanically separated mutton (MSM) and ground breast and flank (BF) from LC carcasses had more moisture, hydroxyproline (OHPRO), and lower fat contents than those from MC carcasses. Higher moisture, OHPRO and lower fat contents had a detrimental effect on appearance, objective measurements and sensory characteristics of restructured mutton roasts. Hot boning (HB) produced roasts with superior flavor when compared to cold boning (CB). Stripping the fell and subcutaneous fat 1-2 h after slaughter (FSH) and then chilling the mutton carcasses produced higher weight losses than stripping the fell from chilled carcasses (FSC). Restructured roasts from FSH carcasses had lower cook losses, higher binding strengths and superior sensory characteristics. Effects of ES or the addition of 10% mechanically separated mutton on restructured roast characteristics were not significant when compared to non ES or addition of 10% ground breast and flank. Freezing and cooking from the frozen state resulted in significantly (P < .05) lower cooking losses and higher warming losses. Restructured lamb roasts had lower cook losses and Warner-Bratzler shear values and higher binding strengths than mutton roasts. Addition of lamb to mutton improved the overall quality of mutton roasts. Monosodium glutamate at 0.2% level failed to mask the mutton flavor. The content of pyridinoline, a trifunctional cross-link of collagen, was significantly (P < .001) lower in lamb epimysial tissue than in mutton epimysial tissue. Greater amounts of pyridinoline are probably partially responsible for lower quality restructured mutton roasts when compared to those from lamb. Overall, restructured roasts from MC ewes were superior in quality to those from LC ewes, but the best roasts made from mutton were inferior in quality to those made from younger beef or lamb.
机译:研究了经过淘汰的母羊的无骨羊肉产量,以及在重组的块状和成形烤炉中利用羊肉的可能性。体重为19-21公斤的瘦肉(LC)母羊car体的无骨羊肉产量比体重为26-28公斤的中等条件(MC)母羊we体的无骨羊肉产量显着降低(P <.05)。腿,腰,肋骨和肩膀;与MC屠体相比,从LC屠体中机械分离的羊肉(MSM)和胸部和后腹(BF)具有更多的水分,羟脯氨酸(OHPRO)和更低的脂肪含量。较高的水分,OHPRO和较低的脂肪含量对重组羊肉烘烤的外观,客观测量和感官特性有不利影响。与冷烤(CB)相比,热烤(HB)产生的烤肉风味更佳。宰杀(FSH)1-2小时后剥离掉皮下脂肪和皮下脂肪,然后冷却羊肉car体,比从冷冻car体(FSC)上剥离皮脂产生更高的重量损失。由FSH cas体改制的烧烤具有更低的蒸煮损失,更高的结合强度和出色的感官特性。与非ES或添加10%的碎乳和牛后腹肉相比,ES或添加10%的机械分离羊肉对重组烤制特性的影响不显着。从冷冻状态进行冷冻和烹饪会导致烹饪损失显着降低(P <.05),而温暖化损失也会增加。与羊肉烤相比,重组的羊肉烤具有更低的蒸煮损失和Warner-Bratzler剪切值以及更高的结合强度。在羊肉中添加羊肉可改善羊肉烘烤的总体质量。含量为0.2%的味精不能掩盖羊肉的味道。吡啶三胺(胶原的三官能交联)的含量在羊上皮组织中比羊肉上皮组织中的含量显着降低(P <0.001)。与羔羊相比,更多的吡啶啉可能是造成较低质量的重组羊肉烧烤的部分原因。总体而言,用MC母羊改制的烤肉质量要好于用LC母羊改制的烤肉,但是用羊肉制成的最好的烤肉的质量要比用较年轻的牛肉或羊羔的烤肉的劣等。

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