Fresh batter containing hydrocolloids had a significantly
(P ? 0.05) higher viscosity than that of fresh control batter. This
result was consistent with previous conclusions obtained by
Ashwini, Jyotsna, and Indrani (2009) that hydrocolloids like arabic
gum, guar gum, xanthan gum, carrageenan gum and hydrox-
ypropylmethylcellulose increased the eggless cake batter viscosity.
The addition of all three hydrocolloids also retarded the decrease in
batter viscosity caused by frozen treatments (Table 2), which could
be caused by the inhibition on the increase in D Hm. After 4 weeks
or 3 cycles, the viscosity of batter containing hydrocolloids were
still higher than that of control batter, and the viscosity of batter
containing CMC was the highest.
Fresh batter containing hydrocolloids had a significantly(P ? 0.05) higher viscosity than that of fresh control batter. Thisresult was consistent with previous conclusions obtained byAshwini, Jyotsna, and Indrani (2009) that hydrocolloids like arabicgum, guar gum, xanthan gum, carrageenan gum and hydrox-ypropylmethylcellulose increased the eggless cake batter viscosity.The addition of all three hydrocolloids also retarded the decrease inbatter viscosity caused by frozen treatments (Table 2), which couldbe caused by the inhibition on the increase in D Hm. After 4 weeksor 3 cycles, the viscosity of batter containing hydrocolloids werestill higher than that of control batter, and the viscosity of battercontaining CMC was the highest.
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