．Independence: On July 1st, Point Robotics Medtech officially separated and established Itrust Medtech Co., Ltd.
．Certification Preparation: Preparing for FDA De-Novo (innovative medical device) and TFDA certification applications
．Awards and Recognition: Received the NHQA National Healthcare Quality Award, SNQ National Quality Mark, and National Healthcare Innovation Award
．Exhibition: Participating in the 2024 Taiwan Healthcare+ Expo
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1.Industry-Academia Collaboration Project with National Taiwan University:
．Collaborator: Professor Hao-Chieh Chiu
．Data Collection: Clinical strains with antibiotic resistance
2.Clinical Feasibility Test 2 (Ongoing since August):
．Collaborator: China Medical University Hospital, Department of Laboratory Medicine
．Performance Comparison: Versus MALDI-TOF mass spectrometry (1000 strains)
．Antibiotic Resistance Data Establishment: 5 species (1000 strains)
3.Clinical Feasibility Test 3 (Ongoing since November):
．Collaborator: National Taiwan University Hospital Hsinchu Branch, Department of Laboratory Medicine
．Performance Comparison: Versus MALDI-TOF mass spectrometry (1000 strains)
．Rare Species: Establishment and analysis of fungal data
4.Commercialized Machinery Output:
．2023 Bio Asia-Taiwan Exhibition - Taipei Biotech Pavilion
．2023 Taiwan Healthcare+ Expo
5.Automated System:
．Two Invention Patents Granted
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1.Industry-Academia Collaboration Project with National Taiwan University:
•Collaborator: Professor Hao-Chieh Chiu
•Data Collection: Inventory of clinical strains
2.Development of the Second-Generation Miniaturized Prototype Machine (Q1)
3.Clinical Feasibility Test 1 (Completed Q3-2023 to Q2-2024):
•Collaborator: Changhua Show Chwan Memorial Hospital, Department of Laboratory Medicine
•Performance Comparison: Versus automated microbial analyzers (1000 strains/34 species)
4.Taiwan Society of Laboratory Medicine 2022 Annual General Meeting and Academic Conference
•Conference Paper Award (Poster)
1.Ministry of Science and Technology:
•Industry-Academia Collaboration Project (2/2)
•Data collection of standard strains of common fungi in bloodstream infections
2.AI Technology Collaboration:
(Professor Chu-Sung Chen, National Taiwan University)
•Development of the first-generation automated prototype machine
•Achieving the predetermined goal of 90% coverage rate in the database
1.Ministry of Science and Technology:
(Professor Hao-Chieh Chiu, National Taiwan University)
•Industry-Academia Collaboration Project (1/2)
•Data collection of standard strains of common bacteria in bloodstream infections
•Primary goal: Covering 90% incidence rate in Taiwan
2.Industrial Development Bureau, Ministry of Economic Affairs:
•Industrial AI Implementation and Productization Project
•Spectral analysis
•AI model development
1.Preliminary Feasibility Assessment
2.Expert Evaluation
•Dr. Bo-Jen Hsueh, President of the International Society of Antimicrobial Chemotherapy
•Dr. Yu-Tsung Huang, Attending Physician, Department of Laboratory Medicine, National Taiwan University Hospital
•Dr. Tai-Fen Lee, Head of Bacteriology and Mycology Laboratory, National Taiwan University Hospital
3.Project Proposal
Raditech and Point Robotics Medtech have collaborated to develop a Raman spectrometer for clinical microbial identification. This project was proposed by Raditech's Chairman, Kang Wang, and was approved by Dr. Bo-Ren Hsueh, the Director of China Medical University Hospital. Raditech is responsible for the design of optical components and automated mechanisms. In the past, Raditech has developed equipment such as ellipsometers and spectroscopic film thickness measurement instruments, primarily serving major semiconductor companies like TSMC and ASE, with a global market reach.
Point Robotics Medtech focuses on the integration of software and hardware, as well as the development of AI microbial identification models. Collaborating with medical systems such as National Taiwan University Hospital and China Medical University Hospital, they are establishing a Raman microbial spectral database and conducting clinical trials. This collaboration, which combines optical technology with AI models, is expected to enhance the efficiency and accuracy of clinical microbial identification, bringing innovative breakthroughs to the medical industry.
Expert Evaluation:Dr. Bo-Jen Hsueh, President of the International Society of Antimicrobial Chemotherapy
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Ministry of Science and Technology:Professor Hao-Chieh Chiu, National Taiwan University
Industry-Academia Collaboration Project
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Ministry of Science and Technology:Industry-Academia Collaboration Project Data collection of standard strains of common fungi in bloodstream infections
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ndustry-Academia Collaboration Project with National Taiwan University:Collaborator: Professor Hao-Chieh Chiu,Data Collection: Inventory of clinical strains
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Award Details Can Be Filled In Here.Award Details Can Be Filled In Here.Award Details Can Be Filled In Here.Award Details Can Be Filled In Here.
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Commercialized Machinery Output:
．2023 Bio Asia-Taiwan Exhibition - Taipei Biotech Pavilion
．2023 Taiwan Healthcare+ Expo
| Read More |
Award Details Can Be Filled In Here.Award Details Can Be Filled In Here.Award Details Can Be Filled In Here.Award Details Can Be Filled In Here.
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On July 1st, Point Robotics Medtech officially separated and established Itrust Medtech Co., Ltd.
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