2009
DOI: 10.1002/jsfa.3766
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Characteristics and oil absorption in deep-fat fried batter prepared from ball-milled wheat flour

Abstract: The decrease in glass transition temperature (T(g)) and melting temperature (T(m)) of milled flour affect the microstructure formation in the fried wheat flour batter. The microstructure is responsible for oil absorption and fracturability in fried food. The samples made of flour of longer ball-milling time have lower oil absorption and higher crispness. Ball-milling may be a tool to produce mechanically modified wheat flour which can reduce oil absorption for fried batter.

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Cited by 15 publications
(10 citation statements)
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“…The reduced air bubble size increases capillary pressure and enhances oil absorption. Similar results are reported for deep-fat fried batter prepared from ball-milled wheat flour [17]. Table 1 also presents that the ash, protein and fiber content of the product remained constant as the extrusion screw speed was varied.…”
Section: Discussionsupporting
confidence: 79%
“…The reduced air bubble size increases capillary pressure and enhances oil absorption. Similar results are reported for deep-fat fried batter prepared from ball-milled wheat flour [17]. Table 1 also presents that the ash, protein and fiber content of the product remained constant as the extrusion screw speed was varied.…”
Section: Discussionsupporting
confidence: 79%
“…The original food microstructure is responsible for the oil absorption and fracturability during frying. Additionally, the porous structure of the food, formed due to frying, also influences oil absorption 22 . The oil uptake was also compared in the case of potato slices fried in two different oils after pre-treatments.…”
Section: Resultsmentioning
confidence: 99%
“…Thanatuksorn y cols. plantearon que la harina modificada por un tratamiento de molienda tiene poros más grandes y menor contenido de humedad, por lo que hay menor penetración de aceite al final del proceso (24), destacando que las masas hechas de harina de arroz de grano largo retienen menos aceite durante la fritura que las masas hechas de harina de trigo. El utilizar agentes espesantes a base de arroz como aditivos, es una buena estrategia para disminuir la absorción de aceite, mejorar la consistencia y viscosidad de las masas hechas de harina de arroz de grano largo.…”
Section: Factores Que Afectan La Absorción De Aceiteunclassified