1981
DOI: 10.1007/bf02582408
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Determination of soya protein in processed foods

Abstract: Many qualitative and quantitative analytical procedures for determining vegetable proteins in processed foods have been studied by researchers throughout the world, but each technique seems to have limitations. Several analytical procedures that have potential for both qualitative and quantitative determination of soya protein in foods are reviewed.

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Cited by 7 publications
(3 citation statements)
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“…31,137,138 The method involves simple extraction, filtration, and measurement of the fluorescence of the solution. However, in order to use this method it is necessary to know the type of product added and, in addition, it cannot be applicable to heat-processed meat-soyabean blends because Maillard browning causes fluorescence.…”
Section: Other Methodsmentioning
confidence: 99%
See 1 more Smart Citation
“…31,137,138 The method involves simple extraction, filtration, and measurement of the fluorescence of the solution. However, in order to use this method it is necessary to know the type of product added and, in addition, it cannot be applicable to heat-processed meat-soyabean blends because Maillard browning causes fluorescence.…”
Section: Other Methodsmentioning
confidence: 99%
“…[28][29][30][31][32] For instance, carbohydrate staining with Toluidine Blue has been employed for the detection of textured soyabean. 32 The oldest method known to detect soyabean in meat, dated on 1913, is actually an official qualitative test to detect soyabean flour in meat and consists of a microscopic analysis under polarized light of the residue remaining after alkali treatment of a meat sample.…”
Section: Microscopic Methodsmentioning
confidence: 99%
“…Vários métodos para detecção e quantificação de proteínas de soja em produtos cárneos têm sido publicados nas últimas três décadas, incluindo: a) técnicas histoquímicas (COOMARASWAMY;FLINT, 1973;CASSENS;TERREL;COUCH, 1975;BERGERON;DURAND, 1977;MEECH, 1978;ELDRIDGE, 1981;RODRIGUES;PENTEADO, 1989;HECKMANN;NEUMANN;TSCHIRDEWAHN, 1992), b) cromatografia líquida de alta eficiência (GRIFFITH; BILLINGTON; GRIFFITHS, 1981), c) espectrofotometria de fluorescência (ELDRIDGE;HOLMES, 1979), d) análise de reflectância no infravermelho próximo -NIR (BERKOWITZ; WEBERT, 1987), e) eletroforese (PARSONS;LAWRIE, 1972;GUI et al, 1973;LEE et al, 1975;LEE et al, 1976;HOMAYOUNFAR, 1977;POLI et al, 1979;MORI et al, 1981;ARMSTRONG;RICHERT;RIEMANN, 1982;GERMAN;DAMODARAN;KINSELLA, 1982;PENG et al, 1982;RODRIGUES, 1986), f) eletroforese com imunoblotting (JANSSEN;VOORTMAN;BAAIJ, 1987;ABDEL-AZIZ et al, 1997), g) imunoeletroforese (KAMM, 1970), h) imunodifusão dupla de Ouchterlony (HAMMOND et al, 1976, BRAUNER-GLAESNER;RISTOW, 1990, HECKMANN;NEUMANN;TSCHIRDEWAHN...…”
Section: Identificação E Quantificação De Proteínas De Sojaunclassified