Search results for "Medical"

AI Tools

PubMedQA is the first question-answering dataset requiring reasoning over biomedical research texts; it was released in 2019 by institutions including the University of Pittsburgh. The task involves answering "Yes," "No," or "Maybe" questions based on PubMed abstracts. Comprising 1,000 expert-annotated samples and 211,000 artificially generated ones, the dataset aims to evaluate the ability of AI models to comprehend and reason about complex medical literature. It is widely used to benchmark the performance of large language models in the medical domain.

AI Tools

Miaopian AIPPT is an AI-powered PPT generation tool that supports one-click outline creation, Word-to-PPT, PDF-to-PPT, and AI-generated speech scripts. It provides a vast library of beautiful PPT templates for education, medical, scientific research, business, thesis, and promotional purposes. With automatic formatting and beautification, users can easily create professional presentations without design experience, boosting productivity by simply inputting content.

AI Tools

BaiXiaoYi is a medical and health AI assistant developed by Baichuan Intelligent, leveraging large language model technology to provide online consultation, symptom analysis, medication advice, and health knowledge queries. It simulates the doctor consultation process, integrating medical knowledge bases to deliver professional and caring health guidance, helping users understand their conditions and obtain medical recommendations. BaiXiaoYi aims to make reliable medical information accessible to everyone anytime, reducing healthcare resource pressure and improving health management efficiency.

Healthcare PHI Compliance Skill

This skill focuses on Protected Health Information (PHI) compliance in the healthcare domain, helping developers and organizations ensure their AI agents and automation systems adhere to privacy regulations like HIPAA when handling sensitive medical data. It provides best practices for secure PHI handling, data masking methods, access control policies, and audit logging capabilities, suitable for healthcare, health tech, insurance, and bioinformatics scenarios to ensure data security and compliance.

HIPAA Compliance Skill

The HIPAA Compliance Skill is part of the ECC (Agent Harness Performance Optimization System), specifically designed to help AI agents and development tools meet the requirements of the Health Insurance Portability and Accountability Act (HIPAA). This skill provides guidelines, policies, and best practices for securely handling Protected Health Information (PHI), ensuring that AI applications developed in environments like Claude Code, Codex, Opencode, and Cursor comply with healthcare data privacy and security standards. Ideal for AI projects handling medical data, health tech applications, and healthcare IT systems.

Facility Hygiene Robot Skill

This skill belongs to the healthcare domain of the CivStack open skill library, specifically for robot roles in facility hygiene management. It defines standardized workflows for AI agents and robots to collaborate on cleaning, disinfection, and other hygiene tasks, ensuring medical environments meet high hygiene standards. The skill emphasizes human accountability boundaries, retaining human oversight and decision-making in automated operations. It is suitable for daily hygiene maintenance in hospitals, clinics, nursing homes, and other medical facilities, reducing manual workload and improving efficiency and safety through automation.

Cleaning Manual Generator

Cleaning Manual Generator is an AI skill specifically designed to automatically generate cleaning operation manuals. It can quickly produce well-structured and professional cleaning manuals based on user-provided cleaning scenarios, equipment types, and cleaning requirements. This skill supports various cleaning scenarios including home cleaning, industrial cleaning, medical cleaning, etc., and automatically includes safety precautions, cleaning steps, required tools, and cleaning agent lists. Through intelligent templates and natural language processing technology, the Cleaning Manual Generator significantly improves the efficiency and quality of manual creation, making it particularly suitable for property management companies, cleaning service providers, hotel managers, and home users.

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.

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.

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.

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.

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.