Basic cooking and processing properties of aqua-gas treated food materials (Part4) -using aroid-
The purpose of this research is to clarify the basic cooking processing characteristic of the aqua-gas heating ingredient. This report involved the aqua-gas heating and existing heating method (boiled and steamed) using aroid. Moreover, the use of the aqua-gas heating for preliminary heating to control the viscosity was examined.
The results are as follows.
1. The Color difference (δE*) between the three kinds of heating (aqua-gas heated, boiled and steamed) was “slight” (by the NBS unit) , and there were no remarkable difference in the properties of matter value. However, the overall evaluation of the texture and the taste from using the aqua-gas heating was more dominant than that of other heating methods as a result of the organoleptic assessment.
2. The comparison of the total neating time in “Preliminary aqua-gas heating” and the past preliminary neating (preliminary boiledor steamed) were not significantly differences between the three methods. However, the peeling work after the “preliminary aqua-gas heating” was easy, and it was recognized to be effective for better work efficiency and safety. Moreover on the quality side, it was suggested that the preliminary aqua-gas heating could be used based on the following experiment results.
1) As for the evaluation of the organoleptic assessment, a significant difference was not observed in the overall evaluation, the texture and the comprehensive evaluation of taste.
2) As for color difference, there was a “slight” difference between the “preliminary aqua-gas heating” and “no preliminary heating”. The “preliminary aqua-gas heating” did not change with the preliminary heating method (boiling) done in the field of food service, and the color evaluation of the organoleptic assessment was “Normal”.
3) As for the physical properties, the difference in stiffness in this preliminary three heating methods was slight. However, the values of the adherence and adherability were low in the “preliminary aqua-gas heating” ..
4) For the “preliminary aqua-gas heating”, the growth rate of theγ-aminobutyric acid was high compared to no heating.
5) The contents of the mineral, potassium, magnesium, and phosphorus in the “preliminary aqua-gas heating” were compared to the no heating, and no difference was observed.
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