Rhodium at the chemistry-biology interface

Area of Science:

• Chemical biology
• Medicinal chemistry
• Protein science

Background:

• Rhodium is a rare element with no established natural biological function.
• Rhodium complexes possess unique structural and reactivity properties.
• These properties are being leveraged to explore biological systems.

Purpose of the Study:

• To review recent advances in rhodium complex applications in biological contexts.
• To highlight structure- and reactivity-driven approaches for biological probes.
• To discuss the influence of coordination environment on rhodium complex properties in vivo.

Main Methods:

• Literature review of recent studies on rhodium complexes in biological chemistry.
• Analysis of structure- and reactivity-based design strategies for biological probes.
• Discussion of coordination chemistry principles relevant to biological environments.

Main Results:

• Rhodium complexes are emerging as versatile tools in biological research.
• Both structural and reactivity features are exploited to create targeted biological probes.
• The coordination environment significantly modulates the behavior and efficacy of rhodium complexes within biological systems.

Conclusions:

• Rhodium complexes offer significant potential for advancing medicinal chemistry and chemical biology.
• Further research into coordination environment effects will optimize rhodium-based biological applications.
• These complexes provide new avenues for probing and perturbing biological processes.