MCP For Claude Marketplace
Wine Oxidative Polymerization Model

Wine Oxidative Polymerization Model MCP Connector for Claude

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Predictive chemical modeling of phenolic polymerization and wine oxidation.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides a predictive engine for modeling the chemical transformation of phenolic compounds during wine oxidation. It allows AI agents to calculate polymeric pigment formation, predict color shifts (hue changes), and assess the evolution of mouthfeel and astringency. By analyzing the interaction between anthocyanins and tannins, the model accounts for oxygen exposure, acetaldehyde levels, and the inhibitory effects of glutathione. Use predict_pigment_formation to model pigment mass, calculate_color_evolution to track hue changes, assess_sensory_impact to monitor astringency, and evaluate_browning_risk to identify excessive oxidation risks.

Available Tools

predict_pigment_formation_tool, calculate_color_evolution_tool, assess_sensory_impact_tool, evaluate_browning_risk_tool

wineoxidationphenolicspigmentationsensory-analysis

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

assess_sensory_impact_tool

Predicts the evolution of mouthfeel, specifically the change in astringency

calculate_color_evolution_tool

g., from ruby to brick or brown) based on the mass of polymeric pigments and time elapsed. Predicts how the visual appearance (hue) of the wine will change over a specific duration

evaluate_browning_risk_tool

Provides a high-level risk assessment of whether the wine is undergoing excessive, undesirable oxidation

predict_pigment_formation_tool

Calculates the expected increase in polymeric pigments based on current chemical concentrations and oxygen exposure

See how to talk to your AI agent using Wine Oxidative Polymerization Model.

Calculate the pigment formation for a wine with 0.5 anthocyanin, 0.8 tannin, 10 oxygen exposure, and 0.2 acetaldehyde.

The expected polymeric pigment mass is 0.12 units with a stability index of 0.85.

What will be the color of a ruby wine after 100 days of oxidation if the pigment mass is 0.5?

The predicted hue is brick red with moderate color saturation.

Assess the sensory impact for a wine starting at 0.7 astringency with 0.4 tannin concentration and 0.2 pigment mass.

The current astringency is 0.55, resulting in increased mouthfeel smoothness.

The model accounts for glutathione competition, which reduces the effective rate of polymerization by consuming reactive quinones. Tools available: `predict_pigment_formation_tool`, `calculate_color_evolution_tool`, `assess_sensory_impact_tool`.

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