MCP For Claude Marketplace
Reaction Mechanism Predictor

Reaction Mechanism Predictor MCP Connector for Claude

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Reconstruct chemical reaction pathways from kinetic data and products.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides specialized tools for chemical kinetic analysis. It allows AI agents to reconstruct the most probable sequence of elementary steps using analyze_mechanism_pathway. Users can also predict steady-state concentrations via estimate_intermediate_concentrations, identify catalytic cycles with detect_catalytic_loops, and determine product ratios using evaluate_product_distribution.

kineticschemistrymechanismscatalysisreaction-modeling

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

analyze_mechanism_pathway

Reconstructs the most probable sequence of elementary steps based on experimental evidence

estimate_intermediate_concentrations

Predicts the steady-state concentrations of transient intermediates during the reaction

evaluate_product_distribution

Predicts the ratio of different products formed when multiple pathways are possible

detect_catalytic_loops

Identifies if the reaction involves a catalytic cycle by looking for species that are consumed and regenerated

See how to talk to your AI agent using Reaction Mechanism Predictor.

Reconstruct the mechanism for a reaction where the rate law is k[A][B] and the reactants are A and B with product C.

The proposed mechanism consists of two steps: first, a bimolecular reaction between A and B to form intermediate I, followed by the rapid conversion of I to product C.

Is there a catalytic cycle in this mechanism?

Yes, species X is identified as a catalyst because it is consumed in the first step and regenerated in the final step.

What is the expected product distribution if the branching occurs at intermediate I?

Based on the kinetic constants, the dominant product is P1 with a ratio of 0.8, while P2 has a ratio of 0.2.

You can use the `analyze_mechanism_pathway` tool by providing the experimental rate law, reactants, and products.

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