MCP For Claude Marketplace
Wine Pyruvic Acid & Color Stability Modeler

Wine Pyruvic Acid & Color Stability Modeler MCP Connector for Claude

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Models pyruvic acid accumulation and vitisin formation for wine color stability.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides biochemical modeling for wine fermentation. It allows AI agents to predict pyruvic acid accumulation using get_pyruvic_acid_accumulation, calculate the potential for color-stabilizing vitisin complexes via predict_vitisin_potential, and assess long-term pigment permanence with calculate_color_stability_index. It also includes evaluate_fermentation_environment to monitor metabolic health and thiamine-related bottlenecks.

winepyruvic-acidvitisinpigment-stabilityyeast-metabolism

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

calculate_color_stability_index

Predicts the long-term color stability of the wine based on pigment formation and environmental degradation

evaluate_fermentation_environment

Assesses how the current fermentation conditions will impact the overall metabolic pathway

get_pyruvic_acid_accumulation

Predicts the total amount of pyruvic acid that will accumulate during the fermentation process

predict_vitisin_potential

Calculates the potential for creating color-stabilizing vitisin complexes

See how to talk to your AI agent using Wine Pyruvic Acid & Color Stability Modeler.

Predict the pyruvic acid concentration for yeast strain 'Standard-01' at 22 degrees Celsius with a thiamine level of 0.5 over 120 hours.

The predicted pyruvic acid concentration is 4.25 mmol/L.

Calculate the vitisin potential for a pyruvic acid concentration of 5.0 and an anthocyanin profile of {'anthocyaninConcentration': 15.0, 'typeDistribution': 'primary'}.

The predicted concentrations are vitisin A: 2.1 and vitisin B: 1.4.

What is the color stability score if vitisin A is 2.1, vitisin B is 1.4, oxygen exposure is 0.5, and initial anthocyanin is 15.0?

The predicted color stability score is 0.78.

It predicts how pyruvic acid reacts with anthocyanins to form stable vitisin complexes, which are essential for long-term color permanence.

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