January 1, 2025Dalton Transactions

Comparative Analysis of Metal-Binding Properties of C-Terminal FeoB Peptide Models from Selected Gram-Negative Bacteria

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The C-terminal FeoB peptide models exhibit varying metal-binding abilities, impacting bacterial iron acquisition.
Key findings indicate that the E. coli peptide shows the strongest affinity for Fe(II) with significant implications for bacterial physiology.
This analysis employs coordination chemistry to evaluate metal interactions across different Gram-negative bacterial species.
Understanding these peptide models may lead to insights on metal transport mechanisms in various pathogens.

Implication

Comparative analysis reveals distinct metal-binding properties of C-terminal FeoB peptides in Gram-negative bacteria, suggesting biochemical diversity.

Abstract

In our previous work, we have analyzed the coordination chemistry of the peptidic model of the C-terminal part of E. coli FeoB protein, regarded as the most important Fe(II) bacterial...

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Cite This Study

Orzeł et al. (2025) studied this question.

synapsesocial.com/papers/68af541fad7bf08b1eadba74 https://doi.org/10.1039/d5dt01388g

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Implication

Comparative analysis reveals distinct metal-binding properties of C-terminal FeoB peptides in Gram-negative bacteria, suggesting biochemical diversity.

Abstract

In our previous work, we have analyzed the coordination chemistry of the peptidic model of the C-terminal part of E. coli FeoB protein, regarded as the most important Fe(II) bacterial...

Comparative Analysis of Metal-Binding Properties of C-Terminal FeoB Peptide Models from Selected Gram-Negative Bacteria

Key Points

Implication

Abstract

Discussion

Cite This Study

Comparative Analysis of Metal-Binding Properties of C-Terminal FeoB Peptide Models from Selected Gram-Negative Bacteria

Key Points

Implication

Abstract

Discussion

Cite This Study

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