MCP For Claude Marketplace
Pericyclic Reaction Analyzer

Pericyclic Reaction Analyzer MCP Connector for Claude

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Evaluates pericyclic reaction feasibility and stereochemistry using orbital symmetry.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides a suite of analytical tools for organic chemists to evaluate pericyclic reactions. By applying Woodward-Hoffmann rules, it determines if a reaction pathway is allowed or forbidden under thermal or photochemical conditions. Use analyze_reaction_feasibility to check reaction pathways, predict_stereochemistry to find rotation or faciality modes, map_orbital_symmetry to identify HOMO/SOMO properties, and describe_transition_state to visualize the electronic nature of the transition state.

organic-chemistrywoodward-hoffmannorbital-symmetrypericyclicstereochemistry

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

analyze_reaction_feasibility

Determines if a specific pericyclic reaction pathway is allowed or forbidden under given conditions

describe_transition_state

Provides a qualitative description of the transition state geometry and electronic nature

map_orbital_symmetry

Identifies the symmetry properties (Symmetric vs. Antisymmetric) of the molecular orbitals involved

predict_stereochemistry

g., conrotatory, disrotatory, suprafacial, antarafacial) for allowed pericyclic reactions. Predicts the stereochemical outcome (rotation or faciality) for an allowed reaction

See how to talk to your AI agent using Pericyclic Reaction Analyzer.

Is a thermal electrocyclic reaction with 4 electrons allowed?

No, a thermal electrocyclic reaction with 4 electrons is forbidden.

What is the stereochemistry for a photochemical electrocyclic reaction with 4 electrons?

The stereochemistry for a photochemical electrocyclic reaction with 4 electrons is disrotatory.

What is the symmetry of the HOMO for a 6-electron system in the ground state?

The HOMO for a 6-electron system in the ground state is symmetric.

You can use the `analyze_reaction_feasibility` tool by providing the reaction type, electron count, and the energy condition (thermal or photochemical).

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