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CHING Tak Shing, Congo Professor, Graduate Institute of Biomedical Engineering Email: tsching@nchu.edu.tw Telephone: +886-4-22840733 (ext 633) Orcid Id: https://orcid.org/0000-0001-9796-9827 |
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[1] Artificial Intelligence Driven Closed-loop Transcutaneous Vagus Nerve Stimulator Paired with Soft Robotic Hand System in Post Stroke Motor Recovery. (Principle Investigator, National Science and Technology Council Grant, 112-2221-E-005-042-, USD 34,723), 2023 [2] Development of a reusable, low-cost and reliable interdigitated microelectrode for noninvasive quantification of glucose in saliva. (Principle Investigator, Hospital Collaboration, Show Chwan Memorial Hospital and National Chung Hsing University Collaboration Grant, SRD-112024, USD 3,726), 2023 [3] Establishment and verification of an impendence-based non-invasive in ovo sexing method. (Co-Investigator, National Chung Hsing University, USD 32,928), 2023 [4] A simple, rapid and low-cost method for the detection of pesticides in aqueous solutions. (Co-Investigator, Hospital Collaboration, Show Chwan Memorial Hospital and National Chung Hsing University Collaboration Grant, SRD-111050, USD 8,105), 2023 [5] Development of a mitochondrial extraction and viability analyzer based on MEMS, microfluidics and electrochemical impedance spectroscopy technology. (Principle Investigator, National Science and Technology Council Grant, 111-2221-E-005 -018 -, USD 28,253), 2022 [6] The application of the perceptive soft machinery glove in stroke rehabilitation. (Co-Investigator, Hospital Collaboration, Taichung Veterans General Hospital and National Chung Hsing University Collaboration Grant, TCVGH-NCHU1110108, USD 11,525), 2022 [7] A IDμE sensor for the characterization of E. Coli. (Co-Investigator, Hospital Collaboration, Show Chwan Memorial Hospital and National Chung Hsing University Collaboration Grant, SRD-111050, USD 9,726), 2022 [8] Development of an reusable interdigitated microelectrode for the rapid identification of date rape drug in alcoholic drinks based on impedance and capacitance measurements. (Co-Investigator, Hospital Collaboration, Show Chwan Memorial Hospital and National Chung Hsing University Collaboration Grant, SRD-109030, USD 9,726), 2021 [9] Development of a Noninvasive System Incorporated with Photo-Impedimetric Techniques and Artificial Neural Network for the Sex Identification of Fertilized Eggs. (Principle Investigator, Ministry of Science and Technology Grant, 109-2313-B-005 -007 -, USD 24,116), 2020 [10] Development of a Perceptual Soft Robotic Glove System for Hand Rehabilitation and Assisted Exercise in Stroke Patients. (Principle Investigator, Ministry of Science and Technology Grant, 108-2221-E-005 -025 -, USD 28,731), 2019 [11] Product design and development for remote home rehabilitation integrated platform system. (Principle Investigator, Industry-University Collaboration, International Nano Technology Consulant Corp. Grant, 109D501, USD 6,920), 2020 [12] Flexible Bioimpedance Sensor for Detection of Cell Viability and Application of High Throughput Analysis. (Principle Investigator, National Chung Hsing University, 108ST001B, USD 52,050), 2019 [13] A New Spinal Orthosis with an Integrated System of Electric Surface Stimulation and Heat Sensing for Adolescent Idiopathic Scoliosis (2/2). (Co-Investigator, Ministry of Science and Technology Grant, 107-2218-E-371-001-, USD 66,415), 2018 [14] Development and clinical applications of a smart physical examination system for the health management in elderly. (Co-Investigator, Ministry of Science and Technology Grant, 106-2218-E-182 -007 -MY3, USD 167,948), 2017~2020 [15] A New Spinal Orthosis with an Integrated System of Electric Surface Stimulation and Heat Sensing for Adolescent Idiopathic Scoliosis (1/2). (Co-Investigator, Ministry of Science and Technology Grant, 106-2218-E-371-001-, USD 65,564), 2017 [16] Development of a System Incorporated with a Highly-Sensitive Nanomaterial Immunobiosensor Array and Readout Circuit for Simultaneous Monitoring of Multi-Biomarkers for Pancreatic Cancer Screening in its Early Stage. (Principle Investigator, Ministry of Science and Technology Grant, 105-2221-E-005-089-, USD 27,225), 2016 [17] Portable/wearable bio-sensors powered by dye-sensitized solar cells (3/5). (Co-Investigator, Ministry of Science and Technology Grant, 104-2119-M-260 -001-, USD 127,137), 2016 [18] Alliance for Nano Imprint and Biosensing Technology Applications (3/3). (Co-Investigator, Ministry of Science and Technology Grant, 105-2622-8-260-001-TE1, USD 50,710), 2016 [19] Portable/wearable bio-sensors powered by dye-sensitized solar cells (2/5). (Co-Investigator, Ministry of Science and Technology Grant, 104-2119-M-260 -001-, USD 129,824), 2015 [20] A Study of a Bioimpedance-based 2-Dimensional Imaging System for Detection and Localization of Pathological Epithelial Tissues. (Principle Investigator, Ministry of Science and Technology Grant, 104-2221-E-260-010-, USD 27,148), 2015 [21] Development of a Noninvasive blood glucose Monitoring System and Its Clinical Application. (Principle Investigator, Hospital Collaboration, Puli Christian Hospital Grant, USD 19,474), 2015 [22] Alliance for Nano Imprint and Biosensing Technology Applications (2/3). (Co-Investigator, Ministry of Science and Technology Grant, 104-2622-E-260-001-, USD 73,675), 2015 [23] Noninvasive Detection of Medullary Thyroid Carcinomas Based on Reverse Iontophoresis, Electroporation and Biosensor Techniques. (Principle Investigator, Hospital Collaboration, Taichung Veterans General Hospital and National Chi Nan University Collaboration Grant, TCVGH-NCNU1047903, USD 8,763), 2015 [24] Development of a Des-Gamma-Carboxy Prothrombin (DCP) Nano-Immunobiosensor and Readout Circuit System for the Screening of Early-Stage Liver Cancers. (Principle Investigator, Ministry of Science and Technology Grant, 103-2221-E-260-003-, USD 26,452), 2014 [25] Development of an Immunobiosensor Based on Nano-Materials for Liver Cancer Screening in its Early Stages. (Principle Investigator, Hospital Collaboration, Taichung Veterans General Hospital and National Chi Nan University Collaboration Grant, TCVGH–NCNU1037904, USD 8,114), 2014 [26] Portable/wearable bio-sensors powered by dye-sensitized solar cells (1/5). (Co-Investigator, Ministry of Science and Technology Grant, 103-2119-M-260-001-, USD 129,824), 2014 [27] Alliance for Nano Imprint and Biosensing Technology Applications (1/3). (Co-Investigator, Ministry of Science and Technology Grant, 103-2622-E-260-001-, USD 74,421), 2014 [28] Development of a tele-monitoring system integrated with constant-power physical forces and highly-sensitive biosensors for noninvasive and transdermal monitoring of metabolites. (Principle Investigator, Ministry of Science and Technology Grant, 102-2221-E-260-004-, USD 25,642), 2013 [29] Integration of Electroporation, Reverse Iontophoresis and Uric Acid Biosensor Array for the Development of a Non-invasive Uric Acid Monitoring System. (Principle Investigator, Hospital Collaboration, Puli Christian Hospital Grant, USD 19,750), 2013 [30] Development of a highly-sensitive biosensor system with the combination of amperometric and impedimetric types. (Principle Investigator, Hospital Collaboration, Taichung Veterans General Hospital and National Chi Nan University Collaboration Grant, TCVGH-NCNU1027901, USD 11,358), 2013 [31] Research on Dual-functional Array Nano-biomedical sensor device and Readout Integrated Circuit Design (I). (Co-Investigator, Ministry of Science and Technology Grant, 102-2221-E-260-031-, USD 25,226), 2013 [32] Bayesian Identification of the Van der Pol Systems with Jump Phenomenon for Application in Heartbeat Modeling. (Co-Investigator, Ministry of Science and Technology Grant, 102-2221-E-260-021-, USD 16,137), 2013 [33] Development of a System Incorporated with Impedimetric CEACAM-6 Nano-Immunobiosensor Array and Physical Forces for Non-Invasive Screening of Colorectal Cancer. (Principle Investigator, Ministry of Science and Technology Grant, 101-2221-E-260-001-, USD 26,432), 2012 [34] Development of an Immunobiosensor Array for Colorectal Cancer Screening in its Early Stages. (Principle Investigator, Hospital Collaboration, Taichung Veterans General Hospital and National Chi Nan University Grant, TCVGH-NCNU-1017902, USD 9,635), 2012 [35] Research on Multifunctional High Resolution Nano-Biomedical Sensor Device and System Design. (Co-Investigator, Ministry of Science and Technology Grant, 101-2221-E-260-034-, USD 25,985), 2012 [36] Development of a System Incorporated with Immunobiosensor for Simultaneous Monitoring of Urinary Multi-Biomarkers for Bladder Cancer Screening. (Principle Investigator, Ministry of Science and Technology Grant, 100-2221-E-260-007-, USD 19,506), 2011 [37] Development of a System Incorporated with Uric Acid Biosensor Array and Readout Circuit. (Principle Investigator, Hospital Collaboration, Puli Christian Hospital Grant, USD 22,897), 2011 [38] Detection of the Pathological Changes of Superficial Tissues and Development of a 2-Dimensional Image Measurement System Based on Bioimpedance Technique. (Principle Investigator, Hospital Collaboration, Taichung Veterans General Hospital and National Chi Nan University Grant, TCVGH-NCNU-1007906, USD 6,359), 2011 [39] Development of a System for Noninvasive Prostate Cancer Detection. (Principle Investigator, Ministry of Science and Technology Grant, 99-2221-E-260-004-, USD 21,422), 2010 [40] Noninvasive Monitoring of Ovarian Cancer by Reverse Iontophoresis and Biosensor Techniques. (Principle Investigator, Hospital Collaboration, Taichung Veterans General Hospital and National Chi Nan University Grant, TCVGH-NCNU-997901, USD 16,058), 2010 [41] Detection and Prevention of Pressure Sore in its Early Stage by Bioimpedance. (Principle Investigator, Hospital Collaboration, Puli Veterans Hospital Grant, 99A019-1, USD 16,058), 2010 [42] Development of a Real-Time Bioimpedance Measurement System for Cell Culture Monitoring. (Principle Investigator, Grant from Ministry of Education, 99F033-3, USD 5,139), 2010 [43] Noninvasive and Tele-Monitoring System for Multi-Metabolites. (Principle Investigator of an Integrated Sub-Project, National Chi Nan University Grant, TWD 1,600,000 ~ USD 55,067), 2010~2012 [44] Development of a System for Noninvasive and Simultaneous Transdermal Monitoring of Multi-Metabolites. (Principle Investigator, Ministry of Science and Technology Grant, 98-2221-E-260-002-, USD 23,991), 2009 [45] Non-invasive detection of oral cancer by bioimpedance. (Principle Investigator, Hospital Collaboration, Taichung Veterans General Hospital and National Chi Nan University Grant, TCVGH-NCNU-987908, USD 9,635), 2009 [46] Research on Differential Solid-State Multifunctional Biomedical Sensing System Design. (Co-Investigator, Ministry of Science and Technology Grant, 98-2221-E-260-024-MY3, USD 91,822), 2009~2012 [47] Development of a Noninvasive Uric Acid Monitoring System and Its Clinical Application. (Co-Investigator, Hospital Collaboration, Puli Christian Hospital Grant, 98A032, USD 19,270), 2009 |
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