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Design and Mechanical Analysis of Micro Optic-Fiber Mirror
89.6 »P§õ¶W­¸±Ð±Â¦@¦P«ü¾É
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Numerical Study in the Flow Field of Micro-Cell Sorter
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The studying of micro-piezo pressure sensors
89.6 »PªL¸Î«°±Ð±Â¦@¦P«ü¾É
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¤uµ{¬ì¾Ç ¼Ú¾Ë¼ý ºÓ¤h ¼ö°Ê¦¡·L­P°Ê¾¹¤Ø¤o³Ì¨Î¤Æ¤§±´°Q 89.6 »P³¯ºa²±±Ð±Â¦@¦P«ü¾É
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Design and Microfabrication of Microchip Electrophoresis for Bio-analytical Applications
89.6 »P³¯²Q¼z±Ð±Â¦@¦P«ü¾É
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Design and Fabrication of High-throughput Microfluidic Chips and Their Applications on Bio-medical Analysis
90.6  
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Actuator and Their Applications on Micro-Optics / Micro Grippers
90.6  
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A Flexible Skin with Temperature Sensor Arrays
90.6  
¤uµ{¬ì¾Ç ªL«Û¦ë ºÓ¤h §Q¥Î¤¶¹qªa¤O¾Þ±±²Ó­M¤§¥Íª«´¹¤ù¬ã¨s
Micro Devices for Cell Manipulation Using Dielectrophoretic
91.6  
¤uµ{¬ì¾Ç ±i·ç±l ºÓ¤h ·L¹qÁá§Þ³N¤Î¨ä¦b¥ÍÂå´¹¤ù¤§À³¥Î 91.6  
¤uµ{¬ì¾Ç ªL¤¤·½ ºÓ¤h ·L«¬½èÃлö¹q¿@²Gºw¼Q¼L¤§¬ã»s 91.6  
Âå¤u©Ò ªL­õ«H ³Õ¤h ·L¬yÅé¨t²Î¾ã¦X¥ú¾ÇÀË´ú¾÷ºc©ó¥ÍÂåÀË´ú¤§À³¥Î
Alumina coated hydroxyapatite concentration gradient material
91.6 »P±i«a«G±Ð±Â¦@¦P«ü¾É/td>
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A study of applying MEMS Pressure sensors in wind tunnel experiment
91.6 »P­]§g©ö±Ð±Â¦@¦P«ü¾É
¤uµ{¬ì¾Ç ³¯¬ü§ö ºÓ¤h ·L«¬¥b¾ÉÅ馡®ñ®ð·P´ú¾¹¤§³]­p»s§@»P´ú¸Õ
Design, Fabrication and Characterization of Semiconductor-Type Oxygen Gas Sensors
92.6  
¤uµ{¬ì¾Ç ¼B«í´f ºÓ¤h ·L«¬¥Í¤Æ¤Ï¬M¼Ñ¤§³]­p¡B»s§@¤Î´ú¸Õ
Design, Fabrication and Characterization of Micro Bio-reactors
92.6  
¤uµ{¬ì¾Ç ¦^Ä_Ò² ºÓ¤h ·s¦¡²Ó­M­p¼Æ¾¹¤§³]­p»s§@¤ÎÀ³¥Î 92.6  
¤uµ{¬ì¾Ç ¼ï­§¤¯ ºÓ¤h ¹qÀ£ÅX°Ê¦¡·L¬yÅé²Ó­M­p¼Æ´¹¤ù¤§³]­p»P»s³y 92.6 »P·¨·ç¬Ã±Ð±Â¦@¦P«ü¾É
¤uµ{¬ì¾Ç ©P©v¼w ºÓ¤h »P§õ½÷·×±Ð±Â¦@¦P«ü¾É 92.6  
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Design and Fabrication of Novel Micro-pumps and Micro-valves
92.6 »P§õ½÷·×±Ð±Â¦@¦P«ü¾É
¯è¤Ó §ùºa°ê ºÓ¤h MEMS¼ö½¤·P´ú¾¹³]­p»s³y¤ÎÀ³¥Î©ó±´°Q«D©w±`¬y°Ê¤ÀÂ÷²{¶H 92.6 »P­]§g©ö±Ð±Â¦@¦P«ü¾É
¹q¾÷ Á©v¶{ ºÓ¤h ¨Ï¥Î·L¾÷¹q¨t²Î§Þ³N¶i¦æ·L¤p«¬»E¦X»Ã¯À³sÂê¤ÏÀ³¨t²Î¤§¬ã»s 92.6 »PùÀA¿³±Ð±Â¦@¦P«ü¾É
¤uµ{ºÞ²zºÓ¤h±M¯Z ³¯«iÀs ºÓ¤h ²Õ´²z½×»PºÞ²z¤§¬ã¨s¡G¥HA¤½¥q¬°¨Ò 92.6  
¤uµ{ºÞ²zºÓ¤h±M¯Z ©P«T¦N ºÓ¤h ·L¾÷¹q¹êÅç«Ç«Ø¸m¤uµ{¤§ºÞ²z¬ã¨s 92.6  
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Integrated Microfluidic Systems for DNA Analysis
93.5  
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Design & Fabrication of High-Precision Micro Inclination
93.6 ¦b¾±M¯Z
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Study on Sensing Thin Films of Semiconductor-Type Oxygen Gas Sensors
93.6 »PùÀA¿³±Ð±Â¦@¦P«ü¾É
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Design, Fabrication and Characterization of Micro Probes Integrated with Micro Heaters and Their Applications on Nano-machining
93.6 »P§õ½÷·×±Ð±Â¦@¦P«ü¾É
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Design & Fabrication of Micro-optical Devices and Their Applications on Micro-optics
93.6 »P§õ½÷·×±Ð±Â¦@¦P«ü¾É
¤uµ{¬ì¾Ç ±i³Ó³Ç ºÓ¤h §Q¥Î¼Æ¦ì¼v¹³³B²z¤§·L«¬¦hºÞ¹D¬y¦¡²Ó­M»ö¤§¬ã¨s
Micromachined Multi-cell-line Device For Cell/particle Counting and Sorting Utilizing Image Detection System
93.6  
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Development of Microfluidic Systems with Molecular Imprinting Polymers for Parallel Auto-Sampling of Bio-Samples
93.6  
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Design , Fabrication and Characterization of Micromachine-based Cell Chips Integrated with Micro-pumps
93.6  
¤uµ{¬ì¾Ç ¤ý§Ó»¨ ºÓ¤h ¾ã¦X®ð°Ê¦¡·L»Öªù»P·LÀ°®ú¤§¦h¥\¯à¥ÍÂå·L¬yÅéÀË´ú´¹¤ù¤Î¨ä¯e¯f°»´ú¤§À³¥Î
Microfluidic Chips Integrated with Pneumatic Microvalves and Micropumps and Their Applications on Disease Detection
93.6  
¤uµ{ºÞ²zºÓ¤h¦b¾±M¯Z ¶À¸R®ü ºÓ¤h ¥b¾ÉÅé»sµ{³]³Æ¾÷¥x¦w¥þºÞ²z¤§¬ã¨s
Investigation on Safety Management of Semiconductor Equipments during Installation Process
93.6 ¦b¾±M¯Z
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Design, Fabrication of Piezoelectric Actuators and Their Applications on Atomizer/Micro-Mixers
93.6  
¤uµ{¬ì¾ÇºÓ¤h¦b¾±M¯Z ¥vª÷¯q ºÓ¤h ¥b¾ÉÅé´¹¤ù«Ê¸Ë¾É½u¬[²æ¼h¤§¬ã¨s
Study on Delamination of Bottom Paddles of Lead Frames for Semiconductor Packaging
93.6 ¦b¾±M¯Z
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Design and fabrication of micromachined sensors on energy consumption measurement for premature infants
93.6 »PùÀA¿³±Ð±Â¦@¦P«ü¾É
¤uµ{¬ì¾Ç ±i»ö½å ºÓ¤h §C¾Þ§@¹qÀ£¼Æ¦ì·L¬yÅé¨t²Î»P²¨¤ôªí­±¶}µo 94.6  
¤uµ{¬ì¾Ç ¤ý¼yÀM ºÓ¤h ·L«¬½u°é¦b¥Íª«°ª¤À¤l¤WªºÀ³¥Î 94.6  
¤uµ{¬ì¾Ç À¹°·°a ºÓ¤h ²Ó­M¤ÀÂ÷¤Î²Ó­M®ÖµÑ¨ú¤§¦Û°Ê¤Æ´¹¤ù¥­¥x 94.6  
¤uµ{¬ì¾Ç ¶À¥K±j ºÓ¤h ¾ã¦X·L¬y¹D¤À¤l¼ÒªO·L«¬´¹¤ù¦bªí­±¹q¼ß¦@®¶»ö¤§°»´ú 94.6  
¤uµ{¬ì¾Ç ¶À¬R¿Î ºÓ¤h ·L«¬¥ßÅé½u°é¤§»s§@¤Î¨äÀ³¥Î©óDNA¤§¾ÞÁa 94.6 »P§õ½÷·×±Ð±Â¦@¦P«ü¾É
¤uµ{¬ì¾Ç ªL«Ø¨j ºÓ¤h ¾ã¦X·L¬yÅ餧¦h¥\¯à¹q¤Æ¾ÇÀË´ú¨t²Î³]­p»P»s§@ 94.6 »P§õ½÷·×±Ð±Â¦@¦P«ü¾É
·L¾÷¹q¤uµ{¬ã¨s©Ò ¹ù®a°¥ ºÓ¤h Automatic Microsystems Based on Nucleic Acids Amplification for Rapid Infectious Disease Diagnosis 94.6  
¤uµ{¬ì¾Ç ³¢¦p¨k ³Õ¤h ´Ý¯dÀ³¤O²£¥ÍÅs¦±¤§·LÂù¼hµ²ºc¤Î¨ä¦b·L¥ú¾Ç¤§À³¥Î 94.6 »P¼ï¤å®p±Ð±Â¦@¦P«ü¾É
¤uµ{¬ì¾Ç ªô¬è¿« ³Õ¤h ³æ¤À¤lDNA·L«¬ºÏ´O¾ÞÁa¥­¥x¤§¬ãµo 94.6  
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ºÓ¤h ·L¬yÅé´¹¤ù»s§@¨Å¤Æ²Gºw¤Î¨ä¦b°ò¦]Âà´Þ¤§À³¥Î
95.6  
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95.6 »P§õ½÷·×±Ð±Â¦@¦P«ü¾É
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96.6 »P§õ½÷·×±Ð±Â¦@¦P«ü¾É
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96.6  
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96.6  
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95.6  
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The Development of Hemoglobin-A1c Conductive Molecularly Imprinted Polymer Biosensor
95.6  
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Characterization of Micromachine-based Polymerase Chain Reaction Microchips
95.6 §õ½÷·×±Ð±Â¦@¦P«ü¾É
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ºÓ¤h À³¥Î¹q¤Æ¾Ç­ì²z°»´ú¶Ü°Ø,¥§¥j¤B¤À¤l¥H¤Î¥Íª«Â÷¤l¿@«×¨Ã ¾ã¦X·L¬yÅé§Þ³N¤§¬ã¨s
Multiple Electrochemical Systems Using Microfluidic Technology for Detecting Morphine, Nicotine and Bio-indicators
95.6  
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Microfluidic systems for SPR sensing using microarray immunoassay
95.6  
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Development of Novel Droplet Formation Platforms
95.6  
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Microfluidic Systems Integrated with Microlens and Their Applications
95.6  
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95.6  
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A Miniature Polymerase Chain Reaction System for DNA Detection and Quantification
96.6  
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A New Suction-type Microfluidic Reac tion Chip for Polymerase Chain Reaction
97.6  
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From Integrated Marketing Communication Approach to Study The Marketing Model of B-to-C Application Service Provider--A Case Study of Nexus Communications International Inc
97.6 ¦b¾±M¯Z
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A Fiber Coupling and Cell Manipulating System Utilizing Microfluidic Devices for On-chip Dual-beam Optical Trap-and-Stretch
97.6  
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Integrated Microfluidic System for C-reactive Protein Detection
97.6  
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IMulti-channel Continuous Cell Culture Platform and Its Applications for Continuous Nano-drug Monitoring
97.6  
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A Microfluidic Reverse Transcription-Polymerase Chain Reaction System Integrated with a Fluoresent Detection System for Aquaculture Disease Detection
97.6  
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Integrated Droplet Formation Platforms and Their Applications for Double Emulsion
97.6  
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Micro Thermocyclers for Nucleic Acid Amplification with High Thermal Uniformity
97.6 »PùÀA¿³±Ð±Â¦@¦P«ü¾É
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97.6  
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Microfluidic Systems Integrated with micromixers and Their Applications
98.6  
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Optically-induced Dielectrophoresis Chip for Biomedical Application
98.6  
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Using Active Microfluidic Components for Synthesizing Nanoparticles
98.6  
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Micro-Fabricated Capillary Electrophoresis Chip for DNA Pre-concentration and Separation Utilizing a Normally-closed Valve
98.6  
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Novel Droplet-Based Microfluidic System and Its Applications for Formation of Magnetic Particles
98.6  
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A Magnetic-bead-based Microfluidic System for Rapid Detection of Dengue Fever & Influenza Virus Infection
98.6  
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Bulk-heterojunction polymers in optically-induced dielectrophoretic devices for the manipulation of microparticles
98.6  
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Bio-Sample Pretreament Utilizing Optically-induced Dieletrophoretic Force and Electroosmosis Effects
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
99.6  
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Integrated Microfluidic Systems for the Detection of Cancer, Infectious and Genetic Diseases
99.6  
¤uµ{¬ì¾Ç¨t ¶À¸t³Ç ºÓ¤h ¹qºÏ¼öÀø¨t²Î©ó¤º¬ì·L³Ð¤â³N¤Î¥~¬ìŦ¾¹¤Á°£¤§À³¥Î
Electromagnetic thermotherapy system for minimal invasive surgery and organ resection surgery
99.6  
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An Integrated Microfluidic System for Fast Detection of C-Reactive Proteins in an Automatic Format
99.6  
¤uµ{¬ì¾Ç ¶À´Â§¡ ³Õ¤h ¾ã¦X«¬·L¬yÅé¨t²ÎÀ³¥Î©ó¾A¦XÅ餧§Ö³t¿z¿ï
Integrated Microfluidic Systems for Rapid Screening of Aptamers
100.7Á²Q¯]
¤uµ{¬ì¾Ç ³¯­N¦X ºÓ¤h ³sÄò¦¡·L¬yÅé¨t²Î¹B¥Î©ó ¨t²Î©Ê°t¦ì¤l«ü¼Æ¼W¯qºtöµ{§Ç
A Continuous Microfluidic System for Systematic Evolution of Ligands Exponential Enrichment (SELEX)
100.1 
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Manipulation of Micro-particles by Flexible Optically-Induced Dielectrophoretic Devices Fabricated by Bulk-Heterojunction Polymers
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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
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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