Physical therapy skills

Occupational Therapy Aide

Occupational Therapy Aide is an AI-based agent skill designed to simulate the workflow and expertise of an occupational therapy aide. This skill can assist users with daily activity analysis, rehabilitation training guidance, environmental modification suggestions, etc., suitable for rehabilitation medicine, elderly care, special education and other scenarios. Through structured role definitions and reference documents, it provides professional, personalized support to help users improve self-care abilities and work performance.

Rehabilitation Analyzer

Rehabilitation Analyzer is an AI-powered skill for rehabilitation assessment and analysis, designed to assist therapists, doctors, or patients in quickly interpreting rehabilitation data, evaluating recovery progress, and providing personalized rehabilitation recommendations. It processes various rehabilitation inputs (such as range of motion, muscle strength test results, gait analysis data, etc.) and generates visual reports and improvement plans through intelligent algorithms. Suitable for clinical rehabilitation, home-based rehab training, sports injury recovery, and more, it significantly improves the efficiency and accuracy of rehabilitation evaluation.

Managing Workers Compensation Rehabilitation

This skill is designed to manage and process workers' compensation rehabilitation workflows, assisting legal professionals, employers, or insurance companies in efficiently tracking injury cases, coordinating rehabilitation plans, calculating compensation amounts, and ensuring compliance with relevant laws and regulations. It integrates case recording, document generation, progress tracking, and other features, making it suitable for corporate HR departments, law firms, or insurance claims agencies. It simplifies complex administrative tasks in workers' compensation rehabilitation management, improving efficiency and reducing compliance risks.

Caregiver Guide Writer

Caregiver Guide Writer is an intelligent writing tool designed for caregivers, nursing staff, and family caregivers, enabling efficient generation of professional and personalized care guides. Based on AI technology, it automatically integrates nursing knowledge, best practices, and user inputs to quickly produce comprehensive guides covering daily care, first aid measures, medication management, psychological support, and more. It supports multilingual output and is suitable for nursing homes, home care, rehabilitation centers, and other scenarios, helping to improve care quality and reduce caregiver workload.

Managing Spinal Cord Injury Rehabilitation

Managing Spinal Cord Injury Rehabilitation is a skill designed to assist medical professionals, patients, and their families in managing the rehabilitation process of spinal cord injuries. Based on the latest medical guidelines and research, it provides personalized rehabilitation plans, progress tracking, complication prevention, and resource recommendations. Core features include assessing patient status, setting rehabilitation goals, monitoring recovery progress, offering daily care advice, and facilitating multidisciplinary team collaboration. Use cases span hospital rehabilitation departments, community care centers, and home environments, aiming to improve patient quality of life and promote functional recovery. Through intelligent data analysis and reminder functions, it helps users efficiently manage complex rehabilitation workflows.

Daily Coach Skill

The Daily Coach skill is a core component of the Turri project, part of the longevityOS Claw skills system. This skill aims to provide users with daily coaching guidance and feedback, helping them establish and maintain healthy lifestyle habits. Through personalized reminders, tasks, and progress tracking, users can continuously gain motivation and optimization suggestions in their daily lives. It is suitable for personal health management, habit formation, and productivity improvement scenarios. The skill is developed based on the Turri repository on GitHub, supports multiple installation methods, and can be integrated into platforms like AstronClaw.

Posture and Ergonomics Coach

Posture and Ergonomics Coach is a skill focused on improving users' sitting posture and work environment ergonomics. It analyzes users' daily posture habits, provides personalized adjustment suggestions and real-time reminders to help prevent common occupational diseases such as cervical and lumbar spine issues. This skill is suitable for office workers, programmers, designers, and others who spend long hours using computers. It supports running on multiple operating systems and browsers, and can work with cameras or sensors for posture monitoring. Core features include posture assessment, timed reminders, stretching exercise guidance, and workstation setup optimization. Through scientific ergonomic principles, it guides users to establish healthy work habits, improving work efficiency while protecting physical health.

Managing Range of Motion Assessments

The Managing Range of Motion Assessments skill is designed for legal or medical contexts, assisting users or agent systems in recording, tracking, and managing evaluation data of human joint range of motion. Its core features include creating assessment records, storing measurements (such as angles and mobility), generating reports, and supporting compliance reviews. It is applicable in scenarios like rehabilitation therapy, work injury assessment, and forensic evaluation, ensuring data accuracy and traceability. By standardizing processes, it reduces human errors and improves work efficiency. As part of a personal agent dotfiles configuration, this skill can be integrated into automated workflows to simplify complex data management tasks.

Managing Traumatic Brain Injury Rehabilitation

This skill focuses on managing the rehabilitation of patients with traumatic brain injury (TBI), providing comprehensive guidance on legal, medical, and nursing aspects. Core features include assessing rehabilitation needs, developing personalized treatment plans, coordinating multidisciplinary teams, and monitoring recovery progress. It is suitable for healthcare professionals, legal advisors, patient families, and rehabilitation center managers, helping ensure patients receive holistic and compliant rehabilitation services. By integrating the latest research and best practices, this skill aims to optimize recovery outcomes, reduce complications, and support patients in returning to society.

Occupational Therapy Assistant Expert

This is an AI agent skill based on domain expert knowledge, specifically simulating the role of an occupational therapy assistant. It leverages the expert framework defined in the domain-experts GitHub repository to provide professional knowledge and assistance in the field of occupational therapy. Users can obtain advice, process guidance, and resource recommendations related to occupational therapy through this skill, suitable for scenarios such as rehabilitation training, daily living skills training, and patient assessment. The skill is designed following best practices for AI agents, supports installation and execution via command-line tools, and can be easily integrated into various workflows.

Creating Rehabilitation Treatment Plans

This is an Agent skill specifically designed for the legal domain, aimed at helping users create professional rehabilitation treatment plans. Developed based on the lev-os/agents project on GitHub, it provides structured templates and guidance to ensure the plans comply with legal and medical standards. Users can quickly generate personalized, compliant rehabilitation plans, suitable for medical evaluations in legal cases, workers' compensation, personal injury claims, and more. The skill includes detailed steps, checklists, and reference materials to help users avoid common mistakes and enhance the professionalism and executability of the plans.

Managing Pediatric Rehabilitation Skill

This skill is based on the open-source repository lev-os/agents on GitHub, focusing on the field of pediatric rehabilitation management. It provides a set of tools and methods for managing and optimizing pediatric rehabilitation processes, including rehabilitation plan formulation, progress tracking, and effect evaluation. Suitable for medical rehabilitation institutions, pediatricians, rehabilitation therapists, and individual users who need to manage children's rehabilitation projects. Through automated and structured workflows, it helps users efficiently organize rehabilitation resources, record rehabilitation data, and generate visual reports, thereby improving the scientific nature and efficiency of rehabilitation management.

Managing Strength Testing Skill

This skill focuses on managing strength testing in the legal domain, helping users efficiently organize, execute, and monitor strength testing processes. By integrating automation tools and standardized templates, it simplifies test plan creation, data collection, result analysis, and report generation, suitable for legal compliance, risk assessment, and process optimization scenarios. Users can customize test parameters, track historical records, and generate visual reports to support decision-making.

NeuroSkill Sleep Protocols

NeuroSkill Sleep Protocols is a set of sleep optimization skills based on neuroscience principles, designed to improve sleep quality through neurofeedback and biological rhythm regulation. This skill integrates multiple sleep protocols, including sleep onset guidance, deep sleep enhancement, and wake cycle optimization, suitable for users who need to improve sleep efficiency. Using NeuroLoop technology, it can monitor brainwaves in real-time, providing personalized sleep assistance to help users fall asleep faster, reduce nighttime awakenings, and boost daytime energy. Use cases include insomnia management, sleep disorder improvement, and daily applications for efficient rest.

Running Readiness Skill

Running Readiness Skill is an open-source skill built on the health agent infrastructure, designed to help users assess and optimize their physical state before running. By analyzing health data such as heart rate, sleep quality, and fatigue levels, it provides personalized running readiness recommendations. Suitable for runners, athletes, and health management scenarios, it intelligently determines whether a user is fit for running training and offers tips for warm-up, recovery, or training plan adjustments. The skill is fully open-source, supporting read, write, and verification of user-owned health data, ensuring data privacy and security.