84—peptidyl Shift During Wool Carbonizing

Hille, E.; Zahn, Helmut

doi:10.1080/19447026008662550

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1982

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Cited by 9 publications

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“…and chloride ion uptake are consistent with the production of strong!) -basic amino groups via an :B~ -~ 0 peptidyl rearrangement following sulphation of the hydroxy groups of serine and threonine [9,13,14,21]. Moreover, since the changes in ionic sorption are, in this range, independent of the concentration of acid used, the increase in the number of free amino groups must have reached an equilibrium situation.…”

Section: Introductionmentioning

confidence: 97%

Absorption of Sodium and Chloride Ions by Degraded Wool

Peters

Rippon

1979

Textile Research Journal

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Section: Introductionmentioning

confidence: 97%

Absorption of Sodium and Chloride Ions by Degraded Wool

Peters

Rippon

1979

Textile Research Journal

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Adsorption de colorants ioniques sur des fibres de laine carbonisees

et al. 1982

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The study of the adsorption of an acid dye (AB‐80) and of a basic dye (BR‐22) has been carried out on charred woollen fibres, with a view to using that industrial waste material in the treatment of liquid effluents. The authors have first studied the dye diffusion; the diffusion of AB‐80 appeared much slower than that of BR‐22, due to the steric cumbersomeness of the AB‐80 molecule. As a result, the temperature effect on the diffusion, owing to its influence on the dye aggregation, was clearly more pronounced for AB‐80 than for BR‐22; that fact was confirmed by the determination of adsorption isotherms at different temperatures. Under favourable conditions, the curves indicated satisfactory adsorption values; as they were cither of type H (AB‐80) or L (Br‐22), they also indicated the efficiency of the aforesaid fibres in the treatment of slightly‐concentrated effluents. The above finding has been verified by a column treatment of an AB‐80 solution; it then showed the very strong influence of the contact time as well as a wall effect on the effluent purification. In the study conclusion, the results obtained in the treatment of an industrial effluent in a stirred reactor are presented.

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Chemical Reactions of Keratin Fibers

Asquith

Leon

1977

Chemistry of Natural Protein Fibers

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84—peptidyl Shift During Wool Carbonizing

Cited by 9 publications

References 2 publications

Absorption of Sodium and Chloride Ions by Degraded Wool

Absorption of Sodium and Chloride Ions by Degraded Wool

Adsorption de colorants ioniques sur des fibres de laine carbonisees

Chemical Reactions of Keratin Fibers

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