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Official Title | Country | Tech sector | Faculties or Schools | Available for License | Patent Number | Patent Status | Filing Date | Inventor |
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UNIVERSAL FLUORESCENT NANOPROBES FOR ONE-STEP ISOTHERMAL NUCLEIC ACID AMPLIFICATION ASSAY | Hong Kong | ; Health Tech | Department of Health Technology and Informatics; Department of Biomedical Engineering | 62024094916.9 | 2024/07/31 |
LEE, Ming Hung Thomas (htmhlee);YIP, Shea Ping (htspyip);Wang, Shiyao (AH2465);Qin, Ailin (13902531r ) |
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Universal fluorescent nanoprobes for one-step isothermal nucleic acid amplification assay | European Procedure (Patents) | ; Health Tech | Department of Health Technology and Informatics; Department of Biomedical Engineering | 22906416.7 | 2022/12/09 |
LEE, Ming Hung Thomas (htmhlee);YIP, Shea Ping (htspyip);Wang, Shiyao (AH2465);Qin, Ailin (13902531r ) |
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Universal fluorescent nanoprobes for one-step isothermal nucleic acid amplification assay | China | ; Health Tech | Department of Health Technology and Informatics; Department of Biomedical Engineering | 202280080551.6 | 2022/12/09 |
LEE, Ming Hung Thomas (htmhlee);YIP, Shea Ping (htspyip);Wang, Shiyao (AH2465);Qin, Ailin (13902531r ) |
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一种基于皮层肌肉耦合自主控制的训练装置及其控制方法 | Hong Kong | Health Tech; Robotics; Smart Hardware | Department of Biomedical Engineering | 42023083138.0 | 2023/11/24 |
HU, Xiaoling (htxlhu);RONG, Wei (wrong);LI, Waiming (wmdeoli);Guo, Ziqi (16903);Zhou, Sa (19078) |
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一种皮层肌肉耦合式自主运动控制的康复训练系统 | China | ; Robotics; Smart Hardware | Department of Biomedical Engineering | 2021114954087 | 2021/12/09 |
HU, Xiaoling (htxlhu);RONG, Wei (wrong);LI, Waiming (wmdeoli);Guo, Ziqi (16903);Zhou, Sa (19078) |
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Directing cell fates towards osteogenesis and angiogenesis with simple and elegant triply periodic minimal surface (TPMS) structured 3D scaffolds | United States of America | ; Health Tech; Material Tech | Department of Biomedical Engineering | 63/260,583 | 2021/08/26 |
Zhao, Xin (xinzhao);YANG, Yuhe;XU, Tianpeng (20113648r) |
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SCAFFOLD COMPRISING SURFACE HYPERBOLOID STRUCTURE, METHODS FOR FABRICATION AND USE THEREOF | United States of America | ; Health Tech; Material Tech | Department of Biomedical Engineering | 17/822,168 | 2022/08/25 |
Zhao, Xin (xinzhao);YANG, Yuhe;XU, Tianpeng (20113648r) |
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A scaffold with surface hyperboloid structure, manufacturing method and application thereof | Hong Kong | ; Health Tech; Material Tech | Department of Biomedical Engineering | 42023073037.6 | 2023/05/17 |
Zhao, Xin (xinzhao);YANG, Yuhe;XU, Tianpeng (20113648r) |
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具有表面双曲面结构的支架及其制造方法与应用 | China | ; Health Tech; Material Tech | Department of Biomedical Engineering | 202210260137.5 | 2022/03/16 |
Zhao, Xin (xinzhao);YANG, Yuhe;XU, Tianpeng (20113648r) |
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Prevention and treatment of osteoarticular diseases via inhibition of acetylcholinesterase | International Procedure | ; Health Tech; Material Tech | Department of Biomedical Engineering | PCT/CN2021/126593 | 2021/10/27 |
WEN, Chunyi (cy1wen) |
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Prevention and treatment of osteoarticular diseases via inhibition of acetylcholinesterase | United States of America | ; Health Tech; Material Tech | Department of Biomedical Engineering | 18/705,620 | 2021/10/27 |
WEN, Chunyi (cy1wen) |
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PREVENTION AND TREATMENT OF OSTEOARTICULAR DISEASES VIA INHIBITION OF ACETYLCHOLINESTERASE | Hong Kong | ; Health Tech; Material Tech | Department of Biomedical Engineering | 42023080811.5 | 2023/10/16 |
WEN, Chunyi (cy1wen) |
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Prevention and treatment of osteoarticular diseases via inhibition of acetylcholinesterase | China | ; Health Tech; Material Tech | Department of Biomedical Engineering | 202111253288X | 2021/10/27 |
WEN, Chunyi (cy1wen) |
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Gait event driven time-sharing, multimodal foot rehabilitation system and using method | International Procedure | ; Health Tech; Material Tech | Industrial Centre; Department of Biomedical Engineering | PCT/CN2022/073495 | 2022/01/24 |
HU, Xiaoling (htxlhu);YE, Fuqiang (19073922r);LI, Waiming (wmdeoli);RONG, Wei (wrong);WONG, Kwok Ting (ktxxxwong);CHEUNG, Tsz Ching (K51386);PANG, Man Kit Peter (icmkpang);WAI, Honwah (ichwwai) |
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Gait event driven time-sharing, multimodal foot rehabilitation system and using method | United States of America | Health Tech; Robotics; Smart Hardware | Industrial Centre; Department of Biomedical Engineering | 18/575,356 | 2022/01/24 |
HU, Xiaoling (htxlhu);YE, Fuqiang (19073922r);LI, Waiming (wmdeoli);RONG, Wei (wrong);WONG, Kwok Ting (ktxxxwong);CHEUNG, Tsz Ching (K51386);PANG, Man Kit Peter (icmkpang);WAI, Honwah (ichwwai) |