Catalytic Role of Cu(II) on the Oxidation of Biologically Active 3‐Mercapto‐ l ‐Alanine in Borate Buffer

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Kinetic analysis shows oxidation of 3‐mercapto‐L‐alanine forms cystine, indicating catalytic potential of Copper(II).

Oxidation of 3‐mercapto‐L‐alanine yields cystine, revealing the role of a copper catalyst in the process.
Kinetic data shows a second-order reaction with respect to the substrate, demonstrating significant dependency on concentration.
Assessment utilized optical spectrophotometry and revealed complex acid concentration effects on reaction order.
Findings indicate potential for new insights into electron transfer processes involving biologically active compounds.

Sahu et al. (2025) studied this question.

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View Full Paper

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Kinetic analysis shows oxidation of 3‐mercapto‐L‐alanine forms cystine, indicating catalytic potential of Copper(II).

Oxidation of 3‐mercapto‐L‐alanine yields cystine, revealing the role of a copper catalyst in the process.
Kinetic data shows a second-order reaction with respect to the substrate, demonstrating significant dependency on concentration.
Assessment utilized optical spectrophotometry and revealed complex acid concentration effects on reaction order.
Findings indicate potential for new insights into electron transfer processes involving biologically active compounds.

Sahu et al. (2025) studied this question.

View Full Paper

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Bookmark