Resume ## References Microscopie par balayage electronique de l'amidon de bl6. IV. ## Digestion des grands grains par une glucoamylase d'origine fongique (Aspergillus niger). Les grains d'amidon attaquls par une glucoarnylase d'origine fongique montrent un type d'irosion qui diffire de celui obt
Jack-Bean Starch. 1. Properties of the Granules and of the Pastes
β Scribed by Feiga R. T. Rosenthal; Lodson Espindola; Sandra M. G. De Oliveira
- Book ID
- 104599610
- Publisher
- John Wiley and Sons
- Year
- 1970
- Tongue
- English
- Weight
- 353 KB
- Volume
- 22
- Category
- Article
- ISSN
- 0038-9056
No coin nor oath required. For personal study only.
β¦ Synopsis
Jack bean (Canavalia ensiformis) starch is composed of granules measuring up to 37 micra. Gelatinization temperatures o f the granules range from 67.5 to 78 OC. Its pastes, in concentrations up to 6 010 did not show swelling peak which appears only in high concentrations. They are very stable during stirring, both at low and high temperatures. They are also more resistant to a-amylase bacterial action than those of corn starch. The results, both f o r granules and pastes of this starch, show a great resemblance with the same data f o r guandu bean.
(Zusammenfassung siehe Seite 129; RlsumC d la page 129) ' :.) Fellows of the Conselho Nacional de Pesquisas.
π SIMILAR VOLUMES
Viscoelastic properties of dispersions (60Γ300 g kg~1) of gluten (G) and wheat starch (S) blends (0 \ G/S \ 0Γ20) and wheat Γour have been studied during heating and cooling. In both cases, the moduli followed power law relationships with concentration. The temperature at which the transient network