Physical Therapy Assistant Skills

Managing Cardiac Rehabilitation Therapy

This skill focuses on managing and supporting the cardiac rehabilitation therapy process, helping healthcare professionals or patients track recovery progress, record treatment data, and provide personalized recommendations. It integrates rehabilitation plans, exercise prescriptions, medication reminders, and risk assessment, suitable for clinical settings or home self-management. Core features include data-driven progress tracking, automated report generation, and integration with electronic health records, aiming to improve adherence and outcomes of cardiac rehabilitation. Use cases cover hospital rehabilitation departments, community health centers, and remote patient monitoring.

Turri Insights Skill

Turri is a collection of Claw skills focused on longevityOS, with the insights directory providing core analytical capabilities. This skill aims to help users deeply understand longevity-related data through intelligent analysis and data processing, offering personalized health recommendations and trend predictions. It applies to scenarios such as biotechnology, health management, and personal longevity planning, supporting custom data input and visual report generation.

Movement Activity Skill

Movement Activity Skill is a skill based on the Eir Space open-source framework, designed to help users manage and record movement activities. It provides core features for tracking exercise data, activity categorization, and statistics, suitable for fitness enthusiasts, coaches, and daily activity logging scenarios. Integrated through the Agent framework, this skill supports custom exercise types, duration, calorie burn, and other parameters, generating visual reports to help users analyze exercise habits and improve health.

COROS Data Skill

COROS Data Skill is a dual-channel COROS data tool for fetching training and health data from COROS Web and Mobile APIs. It supports retrieving activities, activity details, schedule, HRV, daily training metrics, and sleep/wellness daily stats. Designed for personal analysis workflows and OpenClaw skill usage, the script `coros_data.py` communicates with two different COROS API surfaces. Authentication requires web token or mobile token (or email/password), and users can call various data commands flexibly via command line.

Krumpphysio Physiotherapy Skill

Krumpphysio is a Claude skill focused on physiotherapy and rehabilitation, designed to help users with physical assessment, rehabilitation guidance, and exercise prescription. This skill is suitable for physiotherapists, rehabilitation physicians, and sports enthusiasts, providing personalized rehabilitation advice and training plans. By integrating into Claude, users can quickly access professional physiotherapy knowledge, including musculoskeletal assessment, pain management, rehabilitation exercises, and prevention strategies. The skill supports interactive conversations, enabling customized plans based on user symptoms and needs to improve rehabilitation efficiency and outcomes.

NeuroSkill Protocols & Routines

NeuroSkill Protocols & Routines is a standardized framework focused on the development and execution of neuro skills. It provides a complete set of protocol definitions and routine templates, helping users efficiently create, manage, and execute various neuro skills. This skill supports custom workflows, suitable for automation tasks, data analysis, AI model invocation, and more. With built-in routine mechanisms, users can quickly launch common operations, reduce repetitive work, and improve productivity. Whether you are a developer or an ordinary user, you can easily integrate this protocol into existing systems for intelligent operations.

Physical Therapist Assistant

Physical Therapist Assistant is an AI skill designed for rehabilitation medicine, simulating the professional capabilities of a physical therapist assistant. It helps users create personalized rehabilitation plans, guide therapeutic exercises, assess patient progress, and provide preventive care advice. Based on clinical guidelines and best practices, this skill is suitable for orthopedic post-surgery recovery, chronic pain management, sports injury rehabilitation, and neurological rehabilitation scenarios. It can generate detailed treatment records, demonstrate correct exercise postures, adjust training intensity, and remind users of precautions. Ideal for rehabilitation physicians, therapists, and patients themselves to enhance rehabilitation efficiency and safety.

Personal Health Coach Planning Skill

This is the planning skill within the Personal Health Coach project, focusing on providing unified, agent-native health planning functionality for users, covering nutrition, strength training, and running. Developed based on the GitHub repository mohamed-chn/personal-health-coach, this skill aims to help users create personalized health plans and achieve health goals through intelligent planning solutions. Core features include generating customized diet and exercise plans, adapting to different user needs and preferences, and providing dynamic adjustment suggestions. Use cases include daily health management, fitness training planning, and nutritional guidance.

Legal Rehabilitation Treatment Plan Creation Skill - Automatically Generate Personalized Rehabilitation Treatment Plans, Enhancing Legal Compliance and Medical Efficiency

This skill focuses on creating rehabilitation treatment plans in the legal domain, aiming to assist legal professionals or medical institutions in automatically generating personalized rehabilitation treatment plans that comply with legal standards. By integrating standardized medical and legal templates, the skill quickly generates complete plans including treatment goals, methods, timelines, and risk assessments. Suitable for scenarios such as workers' compensation, medical disputes, and criminal rehabilitation, it significantly improves document preparation efficiency and compliance while reducing manual errors.

Managing Cardiac Rehabilitation Skill - Legal Compliance and Medical Process Automation Agent Skill

This skill is designed for legal and medical domains, automating legal compliance checks, document generation, and patient data tracking in cardiac rehabilitation processes. It integrates healthcare regulations, patient privacy protection (e.g., HIPAA), and monitoring of rehabilitation plan execution, helping professionals efficiently handle legal documents and operational standards related to cardiac rehab. Suitable for hospital legal advisors, rehab center managers, and medical compliance teams, aiming to reduce legal risks and improve rehabilitation management efficiency.

Managing Pain Rehabilitation Legal Skill: Professional AI Assistant for Chronic Pain and Rehabilitation Legal Consultation

This skill is designed for legal professionals, focusing on legal consultation in the field of chronic pain management and rehabilitation. It helps users quickly retrieve relevant laws, regulations, case analyses, and rehabilitation policies, providing compliance advice for pain rehabilitation. Suitable for handling workers' compensation, medical disputes, rehabilitation rights protection, and other scenarios, enhancing legal work efficiency and accuracy.

Managing Range of Motion Assessments - Legal domain Agent skill for recording and tracking range of motion measurement data

This skill is designed for the legal domain, helping users efficiently manage and track range of motion assessment data. In personal injury cases or workers' compensation claims, range of motion measurements are critical medical evidence. The skill supports recording measurements for various joints (e.g., shoulder, elbow, wrist, hip, knee) including flexion, extension, rotation, and other directions, and can be linked to specific events or time points, enabling lawyers or legal professionals to quickly retrieve and analyze data during case preparation. Through automated data entry and structured storage, it enhances the accuracy and efficiency of assessment reports.

Managing Vestibular Rehabilitation Skill - AI-Powered Personalized Vestibular Rehabilitation Training and Assessment Assistant

This skill focuses on managing vestibular rehabilitation, providing AI-powered personalized vestibular rehabilitation training plans, progress tracking, and outcome evaluation. It is designed for healthcare professionals, rehabilitation therapists, and patients, helping users create and execute vestibular rehabilitation exercises (e.g., Cawthorne-Cooksey exercises), monitor symptom changes, and adjust rehabilitation strategies based on feedback. By integrating natural language processing and data analysis, the skill can automatically log training sessions, generate reports, and offer clinical decision support, thereby improving rehabilitation efficiency and quality.

AI Skill: Exercise Form Generator - Personalized Workout Plans Based on User Goals and Physical Condition

This is an AI Agent skill designed to generate personalized exercise plans. Users fill out a form with their fitness goals, physical condition, available equipment, and schedule. The AI then creates a customized workout plan based on this input. It's suitable for fitness coaches, personal trainers, and anyone seeking scientific exercise guidance. Combining AI's intelligent analysis, it quickly outputs detailed plans including specific exercises, sets, reps, and rest periods, helping users achieve their fitness goals efficiently.

Running Readiness Assessment Skill - Health Agent for Analyzing Running Readiness Based on User Health Data

This skill is a health data assessment skill based on open-source health agent infrastructure, specifically designed to analyze user's running readiness. It integrates user-owned health data (such as heart rate, sleep, activity levels, etc.) and utilizes smart contracts and bounded writeback mechanisms to provide personalized running readiness scores and recommendations. Suitable for running enthusiasts, athletes, and health management scenarios, it helps users scientifically determine whether they are ready for running training, reducing exercise risks and improving training effectiveness.

Krumpphysio - Physiotherapy Assistant AI Skill for Patient Assessment and Rehabilitation Guidance

Krumpphysio is an AI-assisted skill designed for physiotherapists, aimed at helping therapists with patient assessment, creating personalized rehabilitation plans, and providing evidence-based medical recommendations. Integrated into the OpenClaw education platform, it supports symptom analysis, exercise prescription generation, progress tracking, and more through natural language interaction, suitable for clinical teaching and self-learning scenarios. The skill is based on the latest physiotherapy guidelines to ensure professional and reliable output.