AI Article Synopsis
- The study explored how different analogues of GGH influenced the binding speed of Cu(II) to ACTUN peptides.
- Researchers developed rules for how first and second sphere interactions affect this binding rate.
- The findings help clarify the mechanisms behind copper transport in biological systems.
Article Abstract
We used a series of modified/substituted GGH analogues to investigate the kinetics of Cu(II) binding to ACTUN peptides. Rules for rate modulation by 1 and 2 sphere interactions were established, providing crucial insight into elucidation of the reaction mechanism and its contribution to biological copper transport.
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| http://dx.doi.org/10.1039/d2dt02856e | DOI Listing |
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