Bioinorganic Chemistry Calculator

Bioinorganic Chemistry Calculator MCP Connector for Claude

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Analyze metalloenzyme active sites, redox potentials, and coordination geometries.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized tools for analyzing the chemical properties of metalloprotein active sites. It allows AI agents to determine metal oxidation states and coordination geometries using analyze_active_site. Users can estimate reduction potentials with calculate_redox_potential, predict biological roles via determine_function, and quantify protein-induced strain using evaluate_entatic_state. It is designed to bridge bioinorganic principles with AI-driven chemical analysis.

bioinorganicmetalloproteinredoxenzymescoordination-chemistry

4 tools expose this connector's capabilities to your AI agent.

analyze_active_site

Determine the primary chemical identity of a metal center based on its ligands and surrounding environment

calculate_redox_potential

Estimate the reduction potential of the metal center

determine_function

Predict the biological role of the metal site

evaluate_entatic_state

Measure how much the protein environment is forcing the metal into a specific geometry

See how to talk to your AI agent using Bioinorganic Chemistry Calculator.

Analyze a copper center with 4 nitrogen ligands and a coordination number of 4.

The copper center has an oxidation state of Cu(II) and a tetrahedral coordination geometry.

What is the reduction potential for an Fe(III) to Fe(II) transition with sulfur ligands?

The calculated reduction potential is -0.45 V with a high stability score.

Predict the function of a site with octahedral geometry and a redox potential of 0.2V.

The primary function is oxygen activation with a high catalytic suitability.

You can use the `analyze_active_site` tool by providing the metal symbol, ligand identifiers, and the coordination number.

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