To examine the effect of tomato pomace on whole muscle ham-like
products from beef, the brine was prepared in the mixing tank with
various concentrations of pomace (1%, 2% and 3%) depicted in Table 1
(J0: control, J1, J2 and J3). The produced brine was injected to the big
pieces of boneless beef round using a Metal Quimia injector with 16
hole needles. The initial composition of raw meat in these formulations
consisted of 75.35%water, 4.63% fat and 20.11% protein (wet-basis). The
mean pH value of muscles used in this investigation was similar to the
mean pH value of the curing brine (about 6). Injection brine had the
mean temperature of −2.0 °C using ice flakes to conduct the process
of injection at optimum temperature conditions. The injection process
was continued until required injection level was achieved. Subsequently,
the injected meats were transferred to a Metal Quimia tumbler and
tumbled for 2 h at 4 °C.
To examine the effect of tomato pomace on whole muscle ham-likeproducts from beef, the brine was prepared in the mixing tank withvarious concentrations of pomace (1%, 2% and 3%) depicted in Table 1(J0: control, J1, J2 and J3). The produced brine was injected to the bigpieces of boneless beef round using a Metal Quimia injector with 16hole needles. The initial composition of raw meat in these formulationsconsisted of 75.35%water, 4.63% fat and 20.11% protein (wet-basis). Themean pH value of muscles used in this investigation was similar to themean pH value of the curing brine (about 6). Injection brine had themean temperature of −2.0 °C using ice flakes to conduct the processof injection at optimum temperature conditions. The injection processwas continued until required injection level was achieved. Subsequently,the injected meats were transferred to a Metal Quimia tumbler andtumbled for 2 h at 4 °C.
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