Journal of the Science of Food and Agriculture · 1999 · 56 citations · 24 references
AgricultureAnimal SciencesLivestock ProductionMeat ScienceSensory EvaluationCarcass CompositionCarcass EvaluationMeat FlavorMeat QualityMeat TendernessMeat TextureAroma VariationCarcass Trait EvaluationFatness TraitsMeat Quality AssessmentMeat Quality EvaluationSensory CharacteristicsSensory Quality EvaluationSire Models
Five different sire types, Danish Duroc (DU), Dutch Large White (LWD), English Large White (LWE), Belgian Landrace × Landrace (BL × LR) and Belgian Landrace (BL), were mated with LR × LW crossbred sows. Their offspring were compared on carcass traits, meat quality measurements and sensory characteristics of dry-cured ham. An animal mixed model was used to analyse these traits. BL-sired pigs had the worst score for meat quality but the highest killing out proportion and the best carcass conformation, with a higher percentage of ham and shoulder. On the other hand, DU-sired pigs had a good score on meat quality measurements as well as low subcutaneous fat and a good carcass conformation. Sensory analysis of dry-cured ham revealed that the BL-sired pigs showed a high ‘rancid’ aroma, although this sire type presented a low ‘marbling’ appearance. Dry-cured ham from BL × LR-sired pigs was characterised by a high ‘fat complex’ aroma and a low level of ‘tyrosine crystals’, and from DU-sired pigs by high ‘marbling’ and ‘tyrosine crystals’ and a low aroma content. The females produced a higher percentage of ham and dry-cured ham with a higher ‘overall quality’ than the males. It can be concluded that the appropriate genetic type for dry-cured ham processing is the DU sire because of its high desirable ‘marbling’ descriptor. © 1999 Society of Chemical Industry
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Dry-cured ham flavour: enzymatic generation and process influence
Fidel Toldrá, Mónica Flores, Yolanda Sanz · Food Chemistry · 1997 · 222 citations
Effects of breed, feed level and conditioning time on the tenderness of pork
J.D. Wood, S.N. Brown, G.R. Nute et al. · Meat Science · 1996 · 156 citations