Study on the separation and characterization of cadmium incorporated into zea mays l

J. C. Dupont; G. Casale; R. Kirchmann

doi:10.1080/00207237808709794

Study on the separation and characterization of cadmium incorporated into zea mays l

J. C. Dupont, G. Casale, R. Kirchmann

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Abstract

Methods of separation and characterization of Cd in Zea Mays L. were studied by means of a radioisotopic technique based on injecting 109 Cd into the plant. Two classic methods for fractionating plant material were compared. Cd was found to occur in all different cell components and a significant activity of Cd in the intracellular liquid is bound to proteins as indicated by chromatography on a molecular sieve. Cd fixed to cell walls exchanges entirely after selective solvent extraction with H z O, KN0 3 HAc, HC1. Our results indicate Cd-binding sites in stems.

Original language	English
Pages (from-to)	301-305
Number of pages	5
Journal	International Journal of Environmental Studies
Volume	12
Issue number	4
DOIs	https://doi.org/10.1080/00207237808709794
State	Published - 1 Sep 1978

ASJC Scopus subject areas

Geography, Planning and Development
Ecology
Waste Management and Disposal
Pollution
Computers in Earth Sciences

Access to Document

10.1080/00207237808709794

Cite this

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title = "Study on the separation and characterization of cadmium incorporated into zea mays l",

abstract = "Methods of separation and characterization of Cd in Zea Mays L. were studied by means of a radioisotopic technique based on injecting 109 Cd into the plant. Two classic methods for fractionating plant material were compared. Cd was found to occur in all different cell components and a significant activity of Cd in the intracellular liquid is bound to proteins as indicated by chromatography on a molecular sieve. Cd fixed to cell walls exchanges entirely after selective solvent extraction with H z O, KN0 3 HAc, HC1. Our results indicate Cd-binding sites in stems.",

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year = "1978",

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N2 - Methods of separation and characterization of Cd in Zea Mays L. were studied by means of a radioisotopic technique based on injecting 109 Cd into the plant. Two classic methods for fractionating plant material were compared. Cd was found to occur in all different cell components and a significant activity of Cd in the intracellular liquid is bound to proteins as indicated by chromatography on a molecular sieve. Cd fixed to cell walls exchanges entirely after selective solvent extraction with H z O, KN0 3 HAc, HC1. Our results indicate Cd-binding sites in stems.

AB - Methods of separation and characterization of Cd in Zea Mays L. were studied by means of a radioisotopic technique based on injecting 109 Cd into the plant. Two classic methods for fractionating plant material were compared. Cd was found to occur in all different cell components and a significant activity of Cd in the intracellular liquid is bound to proteins as indicated by chromatography on a molecular sieve. Cd fixed to cell walls exchanges entirely after selective solvent extraction with H z O, KN0 3 HAc, HC1. Our results indicate Cd-binding sites in stems.

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