Chemistry and Biology of the Starch Granule

Badenhuizen, N. P.

doi:10.1007/978-3-7091-3849-6_1

Chemistry and Biology of the Starch Granule 1959

DOI: 10.1007/978-3-7091-3849-6_1

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Chemistry and Biology of the Starch Granule

N. P. Badenhuizen

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1964

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Cited by 9 publications

References 156 publications

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Microscopic Characteristics of High‐Amylose Corn Starches

1964

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F a c h z e i t s c h r i f f fur E r f o r s c h u n g , H e r s t e l l u n g u n d V e r w e n d u n s v o n S i a r k e u n d S f a r k e e r z e u g n i s s e nSchriftleitung: Ernst Hees, Bonn, Marienstr. 32 WISSENSCHAFTLICHE VERLAGSGESELLSCHAFT M. B. H., STUTTGART, BIRKENWALDSTRASSE 44 1 9 6 4 Nr. 12 JAHRGANG 16 ~~~~ ~ ~ Liferature Cited RS, M. M., and C . E. HII.RI.,RT: Cereal Chcm. U. 8., tcnd K. .J. Uimler, Ph. I)., Cereal Properties L d o r atory, Northerib Regional Reijearch Labora,tory *), Peoriu, Illi-( d r r i c e d : 6. 9. 1964) nois (L.bSi4).

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Microscopic Characteristics of High‐Amylose Corn Starches

1964

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Versuche zur Quellung des Kartoffelstärkekorns

1973

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Depending on the nature of the swelling agents the potato starch granules swell differently. The way of reaction depends on the hydrolizing, solvatizing, and hydrogen‐linksplitting capacity of the solvent. The differences are explained by a new more detailed structure model of the starch grain. This model consists of a combination of different concepts, taking into account a core‐shell structure, density layers, and cristalline micells.

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On the relation between auxin transport and auxin metabolism in explants of Coleus

Veen¹

1967

Planta

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Transport and metabolism of naphthylacetic acid, labelled with (14)C or with (3)H, were studied by means of the liquid scintillation counting technique in combination with thin layer chromatography.The amounts of radioactivity reaching the receiver blocks as well as the loss from donor blocks greatly depended on the donor concentration. The relative amounts in receiver blocks increased with decreasing auxin concentrations in donor blocks. This phenomenon may be ascribed to the low immobilization capacity of the tissue at very low auxin concentrations.The relative amounts of radioactivity lost from donor blocks increased with decreasing auxin concentrations in donor blocks.Different characteristics of auxin transport can be explained by assuming a movement in symplast or in apoplast. During transport in the symplast the auxin is immobilized. Auxin immobilization governs many characteristics of auxin transport and could have a regulating effect on the free auxin content in plant tissues.

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Chemistry and Biology of the Starch Granule

Cited by 9 publications

References 156 publications

Microscopic Characteristics of High‐Amylose Corn Starches

Microscopic Characteristics of High‐Amylose Corn Starches

Versuche zur Quellung des Kartoffelstärkekorns

On the relation between auxin transport and auxin metabolism in explants of Coleus

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