#HKSTARTUPS 中大研發全球首個多功能 AI 自動化手術技術，並成功在活體動物進行測試，顯示香港在醫療機械人領域具備世界級研發能力。該系統結合 AI 影像分析與強化學習策略，無需額外感測器即可完成微創手術操作，有望紓緩醫療壓力並加速臨床應用。

CUHK researchers have achieved a world-first in surgical robotics by successfully testing an AI-powered multi-task automation system on live animals. The breakthrough shows Hong Kong’s rising position in medtech innovation, leveraging AI image analysis and reinforcement learning to perform real-time endoscopic surgery — no extra sensors needed.

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Full article https://www.ejtech.ai/ceoai/%e6%9c%ac%e5%9c%b0-%e5%89%b5%e7%a7%91-%e5%8b%95%e6%85%8b-%e4%b8%ad%e5%a4%a7-%e5%ae%8c%e6%88%90-%e6%b4%bb%e9%ab%94-%e5%8b%95%e7%89%a9-%e8%87%aa%e5%8b%95%e5%8c%96-%e6%89%8b%e8%a1%93/

#HKSTARTUPS 中大研發全球首個多功能 AI 自動化手術技術，並成功在活體動物進行測試，顯示香港在醫療機械人領域具備世界級研發能力。該系統結合 AI 影像分析與強化學習策略，無需額外感測器即可完成微創手術操作，有望紓緩醫療壓力並加速臨床應用。

CUHK researchers have achieved a world-first in surgical robotics by successfully testing an AI-powered multi-task automation system on live animals. The breakthrough shows Hong Kong’s rising position in medtech innovation, leveraging AI image analysis and reinforcement learning to perform real-time endoscopic surgery — no extra sensors needed.

📌 一杯咖啡價錢連接 Web3 世界 https://patreon.com/wanszezit
Full article https://www.ejtech.ai/ceoai/%e6%9c%ac%e5%9c%b0-%e5%89%b5%e7%a7%91-%e5%8b%95%e6%85%8b-%e4%b8%ad%e5%a4%a7-%e5%ae%8c%e6%88%90-%e6%b4%bb%e9%ab%94-%e5%8b%95%e7%89%a9-%e8%87%aa%e5%8b%95%e5%8c%96-%e6%89%8b%e8%a1%93/

#HKSTARTUPS 中大研發全球首個多功能 AI 自動化手術技術，並成功在活體動物進行測試，顯示香港在醫療機械人領域具備世界級研發能力。該系統結合 AI 影像分析與強化學習策略，無需額外感測器即可完成微創手術操作，有望紓緩醫療壓力並加速臨床應用。

CUHK researchers have achieved a world-first in surgical robotics by successfully testing an AI-powered multi-task automation system on live animals. The breakthrough shows Hong Kong’s rising position in medtech innovation, leveraging AI image analysis and reinforcement learning to perform real-time endoscopic surgery — no extra sensors needed.

📌 一杯咖啡價錢連接 Web3 世界 https://patreon.com/wanszezit
Full article https://www.ejtech.ai/ceoai/%e6%9c%ac%e5%9c%b0-%e5%89%b5%e7%a7%91-%e5%8b%95%e6%85%8b-%e4%b8%ad%e5%a4%a7-%e5%ae%8c%e6%88%90-%e6%b4%bb%e9%ab%94-%e5%8b%95%e7%89%a9-%e8%87%aa%e5%8b%95%e5%8c%96-%e6%89%8b%e8%a1%93/

#HKSTARTUPS 中大醫學院與理大等合作研發出「仿生肌腱水凝膠」TenoGel，結合 AI 與多模態數據分析，有望顯著加快肌腱癒合速度。研究在大鼠模型上僅用兩個月便恢復九成肌腱功能，成果已刊登於《先進材料》期刊。團隊希望透過智能化設計推動個人化醫療發展，為運動醫療與組織修復帶來突破。

A CUHK-led team has developed a biomimetic tendon hydrogel, TenoGel, that significantly accelerates healing using AI-driven analytics. The study, conducted in collaboration with PolyU and others, showed 90% tendon strength recovery in rats within two months. This breakthrough—published in *Advanced Materials*—paves the way for personalized and smart sports medicine.

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Full article https://www.ejtech.ai/科技動態/本地-創科-動態-中大-tenogel-加快-肌腱-癒合/