Smart Immune-Evasive AI Nanobot for Systemic Cancer and Viral Eradication with Regenerative Capabilities Version 2

This research presents a theoretical model of a smart, AI-powered nanobot designed to navigate the human body, detect cancerous or viral cells, and deliver targeted therapy without triggering an immune response. The nanobot features regenerative capabilities by releasing tissue-repairing factors and uses patient-derived membrane camouflage to evade immune detection. This concept aims to revolutionize medicine by combining real-time diagnosis, precise treatment, and tissue regeneration in a single autonomous platform.本研究提出了一款智能型人工智能驱动纳米机器人（AI-powered nanobot）的理论模型。该机器人可在人体内部自主巡游，识别癌变细胞与病毒感染细胞，并在不引发免疫应答（immune response）的前提下实施靶向治疗（targeted therapy）。该纳米机器人具备组织再生能力：可通过释放组织修复因子完成组织修复，并采用患者源性膜伪装技术规避免疫系统的识别。这一概念通过将实时诊断（real-time diagnosis）、精准治疗（precise treatment）与组织再生整合至单一自主化平台（autonomous platform），旨在推动医学领域的革命性变革。