# Fascia Release Duration Guide AI Agent Connect > Fascia Release Duration Guide MCP provides your AI client with the physiological data needed for safe and effective myofascial release. It calculates specific session parameters like time and speed, checks for safety based on inflammation, and determines necessary recovery windows between treatments. ## Overview - **Category:** health - **Price:** Free - **Endpoint:** https://edge.vinkius.com/vk_preview_faIZ6juSRGzZA1aB5L4s0PFynqBZMvAUToBkCtsv/ai-agent-connect - **Tags:** myofascial, recovery, physiology, physical-therapy, mobility ## Description You can use this MCP to turn your AI agent into a specialized physiological guide for myofascial release. Instead of guessing how long to hold pressure or how fast to move, you get specific blueprints tailored to the body part being treated. Your agent can pull anatomical data to understand the density and sensitivity of a specific area before suggesting a routine. It also acts as a safety layer, checking if a user's current inflammation or pain levels make a session risky. Once a session is done, the MCP tells your agent exactly how long to wait before the next one to ensure proper tissue recovery. It's a way to bring clinical-grade timing and safety parameters directly into your AI-driven health workflows. ## Tools ### get_area_sensitivity_profile This tool pulls the baseline physiological characteristics for a specific body part. It helps your agent understand the density and sensitivity of the target tissue. ### get_recovery_recommendation This tool determines the safe waiting period between treatments. It calculates the gap needed based on how intense the previous session was. ### validate_session_safety This tool runs a safety check on a proposed session plan. It looks at the user's current inflammation and pain levels to decide if the plan is appropriate. ### calculate_release_parameters This tool generates a complete session blueprint. It provides the exact time, speed, and number of repetitions for a specific area. ## Prompt Examples **Prompt:** ``` I want to improve my mobility in my calves. The tissue feels quite firm and I have a high pain tolerance. What should my session look like? ``` **Response:** ``` For your calves with high density and a mobility goal, you should hold pressure for 45 seconds per point, move at a speed scale of 0.3, and perform 4 passes over the area. You should wait 12 hours before your next session. ``` **Prompt:** ``` Is it safe to perform myofascial release on my shoulder if it is currently inflamed? ``` **Response:** ``` No, the session is not safe because the target area is currently showing signs of acute inflammation. ``` **Prompt:** ``` What is the standard density and recommended tool for the upper trapezius? ``` **Response:** ``` The upper trapezius typically has medium density and baseline pain sensitivity. A lacrosse ball is the recommended tool for this area. ``` ## Capabilities ### Session Blueprinting Your agent uses this to generate specific timing and speed instructions for a target area. ### Safety Validation The AI checks user inflammation levels against session plans to prevent injury. ### Anatomical Profiling Your agent retrieves tissue density and sensitivity data for specific body parts. ### Recovery Planning The AI calculates the necessary downtime between sessions based on intensity. ## Use Cases ### Customized Calf Mobility An agent creates a specific routine for firm calf tissue with high pain tolerance. ### Inflammation Screening The AI blocks a session if a user reports acute shoulder inflammation. ### Tool Selection Your agent identifies that a lacrosse ball is best for the upper trapezius. ### Post-Session Scheduling The AI tells a user to wait 12 hours after a calf session before trying again. ## Benefits - Removes guesswork by providing exact time and speed parameters. - Prevents injury through automated safety checks for inflammation. - Standardizes recovery windows based on session intensity. - Provides anatomical context for specific body parts. ## How It Works Connect the MCP to your AI client and start asking for physiological guidance. 1. Connect your preferred client like Claude or Cursor to Vinkius. 2. Provide your agent with details about the target body part and current physical state. 3. The agent uses the MCP tools to calculate parameters or check safety. 4. Your agent delivers a specific session blueprint or recovery instruction. ## Frequently Asked Questions **How does this MCP help with myofascial release?** It provides your AI agent with specific data on timing, speed, and safety for different body parts. **Can the AI tell me if a session is unsafe?** Yes, the validate_session_safety tool checks if a session is appropriate based on current inflammation and pain. **Does it recommend specific tools?** Yes, it can suggest tools like a lacrosse ball based on the density and sensitivity of the area. **How do I know when to do my next session?** The get_recovery_recommendation tool calculates the safe waiting period based on the intensity of your last session. **What clients can I use this with?** You can use this with any MCP-compatible client, including Claude, Cursor, Windsurf, and VS Code. **How do I know if a session is safe to perform?** You can use the `validate_session_safety` tool to check if a session is appropriate based on your current pain level and whether the target area is inflamed. **Can this tool help me plan my recovery time?** Yes, the `get_recovery_recommendation` tool calculates the necessary waiting period between sessions based on the intensity of your previous treatment. **What kind of information do I need for a session blueprint?** To use `calculate_release_parameters`, you need to provide the target area, tissue density, your pain tolerance, and your primary goal (mobility, relaxation, or recovery).