Active Release Technique (ART) Timer

Active Release Technique (ART) Timer MCP Connector for Claude

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Precision timing and protocol management for ART practitioners.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides specialized timing and protocol management for practitioners performing Active Release Technique (ART) treatments. It calculates critical temporal patterns including contact timing, patient movement cycles, treatment passes, and rest intervals based on tissue type and lesion complexity. Practitioners can use get_protocol_timing to determine specific durations, calculate_treatment_sequence to plan full repetitive patterns, get_movement_cycle_cadence for patient rhythm instructions, and summary_session_plan for a high-level session overview.

artphysical-therapysoft-tissuetimingclinical-protocol

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

get_protocol_timing

Determines specific timing parameters for a planned ART treatment

calculate_treatment_sequence

Calculates the full repetitive pattern for a single treatment session

get_movement_cycle_cadence

Provides rhythm and cadence instructions for the patient during a movement cycle

summary_session_plan

Provides a high-level overview of the scheduled treatment for the practitioner

See how to talk to your AI agent using Active Release Technique (ART) Timer.

What are the timing parameters for treating a muscle adhesion during the Release Phase?

For a muscle adhesion in the Release Phase, you need 5 seconds of contact duration, a 4 second movement cycle, and a 10 second rest interval between passes.

Calculate a treatment sequence for 5 passes on a tendon strain in the Integration Phase.

The sequence for 5 passes on a tendon strain will consist of 5 total cycles with a cumulative treatment time of 120 seconds.

Give me a summary for a high-intensity session on a ligament lesion.

The scheduled treatment for the ligament lesion requires 8 passes with an expected duration of 300 seconds and a High intensity level.

Timing is calculated using `get_protocol_timing` which analyzes the combination of tissue density and lesion severity to ensure precise contact and rest intervals.

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