关键词 "Clinic plans" 的搜索结果， 共 20 条, 只显示前 480 条
Dr.Tail provides online veterinary advice, reducing the need for costly clinic visits.
AI-powered diagnosis and decision-making platform.
AI-Powered Personal Trainer for personalized health journey
Transforming your ideas into compelling business plans with AI.
User-friendly crypto trading bot for multiple exchanges
Oatmeal Health uses AI to screen and rescreen vulnerable populations for lung cancer.
Tailored business plans using AI.
Elevate your writing skills with CraftWriter!
The Intelligence Platform for Behavioral Health 行为医学智慧平台
Yellhorn MCP server uses Gemini 2.5 pro to generate detailed workplans and review diffs against them
Thoughts Plans Changelog is an MCP compliant server for coding with AI agents
UnrealMCP is here!! Automatic blueprint and scene generation from AI!! An Unreal Engine plugin for LLM/GenAI models & MCP UE5 server. Supports Claude Desktop App, Windsurf & Cursor, also includes Open
🌍 Terraform Model Context Protocol (MCP) Tool - An experimental CLI tool that enables AI assistants to manage and operate Terraform environments. Supports reading Terraform configurations, analyzing p
A Model Context Protocol server providing AI assistants with access to healthcare data tools, including FDA drug information, PubMed research, health topics, clinical trials, and medical terminology l
An advanced MCP Server for accessing and analyzing clinical evidence data, with flexible search options to support precision medicine and oncology research.
🔍 Enable AI assistants to search and access ClinicalTrials.gov data through a simple MCP interface.
MCP server providing healthcare analytics capabilities for Smartsheet, including clinical note summarization, patient feedback analysis, and research impact assessment
一、核心技术：自学习和自修复的治疗引擎 PathOS Platform™是Pathos AI 的专有平台，构建于现代数据基础设施之上，能够自动化地进行靶点识别和优先级排序。 核心技术为自学习和自修复的Discovery Engine（发现引擎）： 1、自动靶点识别：利用多种正交方法（orthogonal methods）自动识别和优先排序药物靶点。 2、自适应模型：能够根据新数据进行自我学
技术：小分子抑制剂 疾病领域：纤维化 最新消息：E轮融资1.1亿美元 Insilico Medicine 致力于将人工智能应用于药物研发的每个环节，力求显著缩短研发时间，降低成本，从而为患者带来救命的药物。为了实现这一目标，公司利用新一代人工智能系统，将生物学、化学和临床试验分析紧密结合。其集成的药物研发套件 Pharma.AI 包含 PandaOmics（用于发现和优先排序新靶点）
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