Journal of Food Science · 1989 · 77 citations · 9 references
AgricultureFood ScienceFood AnalysisFood ChemistryFood RheologyStarch ChemistryTexture QualityNoodle ProcessingPhysicochemical PropertiesStarch Granule MorphologyStarch Pasting PropertiesStarch Physicochemical PropertiesStarch Quality AnalysisStarch Quality TraitsViscosity
ABSTRACT This study compared the properties of pigeonpea and mung bean starches and noodles made from each. No large differences in size and shape of respective starch granules were observed. The degree of syneresis of pigeonpea starch was nearly three times that of mung bean starch. Swelling power of pigeonpea starch was considerably lower at 60°C and 70°C but it did not differ markedly at 80° and 90°C. The Brabender . viscosity patterns of 6% starch pastes of pigeonpea and mung bean indicated no pasting peak during heating to 95°C; neither showed breakdown of the hot paste. Sensory tests indicated that pigeonpea starch of dhal (decorticated dry split cotyledons) was as good for noodle preparation as mung bean dhal starch.
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Analytical Chemistry · 1980 · 59.6K citations
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