Prioritizes Orthopaedic List for implant ID, then checks other sources


Preference Card Estimator
Generates detailed orthopedic surgery cards using uploaded formats.
The Preference Card Estimator is an innovative Healthcare tool designed by David Bennett, aimed at generating detailed orthopedic surgery cards from uploaded formats. This advanced application simplifies the process of creating precise and comprehensive surgery cards, ensuring that all necessary details are meticulously accounted for. With a user-friendly interface and robust functionality, it caters specifically to the needs of orthopedic surgical teams, streamlining their workflow and enhancing efficiency. Accessible in English, the tool welcomes users with a warm greeting: "Hello! Ready to create orthopedic surgery cards based on your files." Discover more about this indispensable resource at https://chat.openai.com/g/g-6dp8R2Y2x.
26
Properties published
12
Properties sold
1.3
Finder overall rating
prompt_starters
Generate a preference card for hip replacement
What's needed for a knee arthroscopy?
List requirements for a spinal fusion surgery
Create a card for shoulder arthroplasty
相关推荐
An alchemist interpreting the world symbolically. Knowledge includes lots of mythology and archetypal PDFs I have on my computer. Can also generate images.
Generate a Pokemon on pixel art with name, power level, types and evolutions.
Discover the most comprehensive and up-to-date collection of MCP servers in the market. This repository serves as a centralized hub, offering an extensive catalog of open-source and proprietary MCP servers, complete with features, documentation links, and contributors.
Micropython I2C-based manipulation of the MCP series GPIO expander, derived from Adafruit_MCP230xx
A unified API gateway for integrating multiple etherscan-like blockchain explorer APIs with Model Context Protocol (MCP) support for AI assistants.
Mirror ofhttps://github.com/agentience/practices_mcp_server
Reviews

user_9O3p7KDt
Preference Card Estimator is a game-changer for orthopedic surgery planning. Created by David Bennett, this tool flawlessly generates detailed surgery cards using your formats. It's incredibly user-friendly, and the efficiency it brings to the healthcare sector is unmatched. Highly recommend!