"callipyge" - 1 õppematerjal

Liha töötlemine

study, caspases were found to be most active mortem proteolysis. A negative relationship early postmortem (<4 hr), and caspase activ- between peak caspase 3/7 activity at 8 hours ity diminished with postmortem time. It was postmortem and calpastatin activity at 0 and also observed that caspase activity (caspase 2 days postmortem has been observed in the 3/7 and caspase 9) and the abundance of muscles of normal lambs but not in callipyge alpha II spectrin degradation products were lambs (Kemp et al. 2009). Thus, while there negatively correlated to Warner-Bratzler is no direct evidence that caspases contribute shear force measurements. This led to the significantly to postmortem tenderization, conclusion that the changes in caspase data suggest that they may play an indirect activity and caspase-mediated cleavage of role by degrading calpastatin. More data is