mixed for additional 45 s. Hereafter the remaining meat was added
and the batter was mixed for another 30 s. The oil was added slowly
during 60 second = s mixing, and the batter was finally mixed for
60 s before it was transferred to 50 ml plastic tubes (d = 2.7 cm). The
end temperature was similar for all batters (b12 °C). From each recipe
three tubes of 50 g meat batter were prepared for texture analysis,
three tubes of 50 g meat batter were prepared for oxidation analyses,
and three tubes of 25 g (exactweight noted)meat batterwere prepared
for determination of cooking loss on the day of meat emulsion preparation
(day 0). The tubeswere centrifuged at 3000 g for 10 min and heated
in awater bath (80 °C) until a center temperature of 70 °Cwas obtained
(approximately 15 min). After heat treatment, the tubes for texture and
oxidation analyses were cooled on crushed ice for 30 min. Thereafter
expelled fluid was poured from the tubes, and they were stored in the
dark at 5 °C. Samples were collected for analysis of compression on
days 1, 5, and 8, and on the same days samples for oxidation analyses
were collected, vacuum packed and stored at −80 °C until analyses.
Each recipe was prepared three times on different days resulting in
batches A, B, and C (n=3).
mixed for additional 45 s. Hereafter the remaining meat was added
and the batter was mixed for another 30 s. The oil was added slowly
during 60 second = s mixing, and the batter was finally mixed for
60 s before it was transferred to 50 ml plastic tubes (d = 2.7 cm). The
end temperature was similar for all batters (b12 °C). From each recipe
three tubes of 50 g meat batter were prepared for texture analysis,
three tubes of 50 g meat batter were prepared for oxidation analyses,
and three tubes of 25 g (exactweight noted)meat batterwere prepared
for determination of cooking loss on the day of meat emulsion preparation
(day 0). The tubeswere centrifuged at 3000 g for 10 min and heated
in awater bath (80 °C) until a center temperature of 70 °Cwas obtained
(approximately 15 min). After heat treatment, the tubes for texture and
oxidation analyses were cooled on crushed ice for 30 min. Thereafter
expelled fluid was poured from the tubes, and they were stored in the
dark at 5 °C. Samples were collected for analysis of compression on
days 1, 5, and 8, and on the same days samples for oxidation analyses
were collected, vacuum packed and stored at −80 °C until analyses.
Each recipe was prepared three times on different days resulting in
batches A, B, and C (n=3).
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