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89.6 |
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90.6 |
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91.6 |
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92.6 |
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92.6 |
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93.5 |
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93.6 |
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93.6 |
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93.6 |
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93.6 |
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93.6 |
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93.6 |
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93.6 |
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93.6 |
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93.6 |
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93.6 |
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94.6 |
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94.6 |
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94.6 |
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94.6 |
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95.6 |
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95.6 |
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95.6 |
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96.6 |
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97.6 |
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97.6 |
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97.6 |
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97.6 |
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97.6 |
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97.6 |
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98.6 |
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98.6 |
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98.6 |
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98.6 |
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Development of microfluidic systems for micro-scale animal cell culture- from cell separation, microencapsulation, micro-dispensing to perfusion 3-dimensional cell culture
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99.6 |
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Integrated Microfluidic Systems for the Detection of Cancer, Infectious and Genetic Diseases
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99.6 |
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Electromagnetic thermotherapy system for minimal invasive surgery and organ resection surgery
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99.6 |
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An Integrated Microfluidic System for Fast Detection of C-Reactive Proteins in an Automatic Format
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99.6 |
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Integrated Microfluidic Systems for Rapid Screening of Aptamers
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A Continuous Microfluidic System for Systematic Evolution of Ligands Exponential Enrichment (SELEX)
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Manipulation of Micro-particles by Flexible Optically-Induced Dielectrophoretic Devices Fabricated by Bulk-Heterojunction Polymers |
100.7 |
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Rapid Isolation and Detection of Methicillin-Resistant Staphylococcus Aureus by using an integrated microfluidic system |
100.7 |
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Numerical Simulation and Application in Optically-induced Dielectrophoretic Platform |
100.7 |
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An Integrated Microfluidic Platform for Rapid Tumor Cell Isolation, Counting and Molecular Diagnosis |
100.7 |
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Manipulation and Assembly of Carbon Nanotubes between Electrodes by Utilizing Optically Induced Dielectrophoresis and Dielectrophoresis |
100.7 |
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Development of microfluidic systems for detection of mitochondrial DNA defects |
101.7 |
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Microfluidic systems for separation, counting, sorting, culture and differentiation of stem cells |
101.7 |
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Integrated Microfluidic Systems for Rapid Detection of Influenza Infections and Diagnosis of Oncogenes in Cancer Cells |
102.8 |
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Integrated Molecular Beacon-based Microfluidic System for Rapid Detection of Fish Pathogens |
102.8 |
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Microfluidic Systems for Glycated Hemoglobin Detection |
102.8 |
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Integration of microfluidic devices and an optically-induced dielectrophoresis? devices for medium replacement and cell manipulation and separation |
102.8 |
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A Novel Integrated Microfluidic System for Rapid Screening of Influenza A Virus-Specific Aptamers |
102.8 |
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Carbon Nanotube-based Hot-film and Temperature Sensors Assembled by Optically-Induced Dielectrophoresis |
102.8 |
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A fluorescence in situ hybridization(FISH)microfluidic platform for detection of HER2 over-expression in cancer cells |
103.8 |
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A microfluidic system integrated with buried optical fibers for detection of Phalaenopsis orchid pathogens |
103.8 |
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An Integrated Microfluidic System for Continuous Medium Exchange and Optically-Induced Electroporation |
103.8 |
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Hemostasis Plug for an Electromagnetic Thermo-therapy and Its Application for Liver Laceration |
103.8 |
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An Integrated Microfluidic System for Screening of Peptides Specific to Colon Cancer Cells and Colon Cancer Stem Cells Using the Phage Display Technology |
103.8 |
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Applications of integrated microfluidic systems for molecular diagnosis |
103.8 |
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Application and Screening of Molecular Biomarkers on Integrated Microfluidic Systems |
103.8 |
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Rapid and sensitive measurement of glycated hemoglobin for diabetes monitoring by using a two-aptamer assay on an integrated microfluidic system |
104.8 |
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An Integrated Microfluidic System for Diagnosis of the Resistance of Helicobacter pylori to Quinolone-Based Antibiotics |
104.8 |
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Integrated Microfluidic System for Rapid Detection of the Influenza H1N1 Virus Using a Sandwich-based Aptamer Assay |
104.8 |
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Optically-induced Cell Fusion on a Microfluidic Chip |
104.8 |
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Nucleus Extraction from Cells by Performing Optically-Induced Cell Lysis on a Continuous-flow Platform |
104.8 |
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