Institute of Biomedical Engineering National Taiwan University

Laboratory

Lab Advisor Research Topical Facilities
(*million dollars facilities)
Location
Bioceramics and Composites Lab Feng-Huei Lin
  1. Tissue Engineering
  2. Bioceramics
  3. Nanoparticle
  4. Nerve-guiding channel
  5. surface modification of the materials
  1. Confocal Microscope*
  2. X-ray Diffractometer*
  3. Atomic Force Microscope*
  4. Fourier Transform Infrared Spectroscopy*
  5. Real-Time PCR*
  6. ELIZA reader
  7. Freezer Dryer
IBME
Room 217
Biomedical Polymer Lab Tai-Horng Young
  1. Tissue engineering
  2. Biocompactable materials
  3. Biomedical polymer
  4. Polymeric membranes
  1. FT-IR Spectrophotometer*
  2. FT-Raman Spectrophotometer*
  3. (HPLC)*
  4. Freeze Dryer
  5. fluorescence microscopy
IBME
Room 214
Drug Delivery Lab Yi-You Huang
  1. Tissue engineering
  2. Drug delivery systems
  3. Biocompactable materials applications and developments
  4. BioMEMS applications
  5. Diagnostic reagents developments
  1. UV/Vis Spectrometer
  2. Laminar flow hood
  3. Chemical hood
  4. Fluorescence Microscopy
  5. Incubator
  6. Autoclave
  7. Refrigerated Cabinet
  8. Analytical Balance
  9. Speedvac Concentration System
  10. Centrifuge
  11. ELISA Reader
  12. Ultrasonic Cleaner
  13. FL Spectrometer
  14. Freeze Dryer
  15. Laser Engraving Machine
IBME
Room 104
Orthopaedic Engineering and Movement Analysis Lab Tung-Wu Lu
  1. Joint and ligament mechanics
  2. Upper limb and lower limb biomechanics
  3. Joint replacement design, analysis and evaluation
  4. Gait analysis theory and clinical applications
  5. Integration of medical images and computer graphics assisted motion analysis
  6. Computer assisted surgical planning, simulation and analysis
  7. Rehabilitation exercises research
  8. Development and research on rehabilitation devices
  9. Acupuncture therapy of traditional chinese medicine biomedical research
  10. Movement analysis of normal temporomandibular joint

Hardware

  1. Motion capture system (Vicon 512 with 7 Ultra-high frequency infrared rays cameras)
  2. Forceplates (AMTI, Mass., U.S.A.)
  3. RS Foot Scan system
  4. Magnetic tracking device (Flock of Birds)
  5. ElectromagneticTracking Device(Polhemus)
  6. Joint function simulating robot arm
  7. Multi-function kinetic data acquiring treadmill
  8. Muscle Strength Testing System
  9. EMG(Motion Lab System)
  10. Load Cell(KYOWA)
  11. Data Loger(Instrunen)
  12. Digital Video cameras (Panasonic)
  13. Digital Video cameras (Panasonic)
Software
  1. Madymo 6.0 (TNO Automotive)
  2. SD/FAST
  3. Pro/Engineer+Mechanica
  4. 3D Mastersuite
  5. Hyper Works
  6. BioMAS (Biomechanical and Motion Analysis System)
  7. ADAMS
Main Campus, Hope and Joy Hall,
Room 302
Biomechanics Research Lab Jaw-Lin Wang
  1. Disc dynamic biomechanics
  2. Development of the computer assisted surgery technology
  1. Axial tensile / compressive force testing apparatus
  2. Creep testing apparatus
  3. Bioreactor
  4. Micro-image photography system
  5. Diamond saw
IBME
Room 603
Material Testing Lab Jaw-Lin Wang
  1. Impact biomechanics
  2. Spinal stability analysis
  1. Hybrid Spinal stability testing apparatus
  2. Continuous Impact Testing apparatus
  3. X-ray
IBME
Room 201
Precision Medical Device Testing Lab Jaw-Lin Wang
  1. Internal and external fixator
  1. BOSE3510 material test apparatus*
  2. 3D medical imaging plateform
IBME
Room 137
Rehabilitation Engineering Lab Liang-Wey Chang
  1. Prosthetics and Orthotics
  2. Rehabilitation Engineering
  3. Functional Assessment and Restoration of Human Movements
  4. Biomechanical Engineering
  1. Optotrak Certus portable human motion capture and analysis system*
  2. AMTI force plates*
  3. HUMAC/CYBEX NORM muscle testing system*
  4. XSENSOR pressure measurement*
  5. Vacuum forming system for thermoplastics*
  6. Epoxy-Carbon fiber composite prosthesis fabrication system*
  7. Infrared oven*
  8. BodyGemTM hand-Held Indirect Calorimeter*
Main Campus, Hope and Joy Hall,
Room 303
Medical Microsensor and System Lab Chii-Wann Lin
  1. Surface plasmon resonance detection technology
  2. NEMS/ MEMS biosensing technology
  3. Biomedical instrument
  4. Lab on-a-chip
  5. Wireless biomedical sensing technology
  6. Electrochemical sensing technology
  1. GWC*
  2. UV-visible spectrophotometer*
  3. Imaging Ellipsometry and Surface Plasmon Resonance module included*
  4. Two Photon Microscope*
  5. Dip-Pen Nanolithography and Atomic Force Microscope*
  6. Multichamber sputter machine*
  7. Chemical hood
  8. -200C refrigerator
  9. Direct microscopy
  10. Shaking incubator
  11. oven
  12. Etch PCB (EP9702)
  13. Function /Arbitrary waveform generator.
  14. Dual output Power supply
  15. LV 10 channel ADC
  16. SUN, HP workstation
  17. Tanner MEMS
  18. IAR (MSP430¡¦S) Microcontroller
  19. MEMS Pro
  20. 4 channel digital phosphor oscilloscope.
IBME
Room 605 
Room 608
Virtual Biomedical Instrumentation Lab Chii-Wann Lin The laboratory is to support the course of ¡§virtual biomedical instrumentations¡¨. The main research and teaching directions are including¡G
1. Research and development on the biomedical instrument control system¡F

2. Research and development on biomedical signal acquisition and analysis systems¡F

3. Research and development on biomedical image signal acquisition and analysis systems¡F

4. Research and development on portable medical instrument system.
  1. NI ELVIS Workstation, Protoboard, LabVIEW Drivers
  2. LabVIEW for Win/NI-5102 (Oscilloscope)/NI-4060 (Digital Multimeter)/NI-5401 (Function Generator) Bundle
  3. LabVIEW for Win/PCI-4472/Sound and Vibration Bundle
  4. MXI-3 (Copper)/PXI 4-Slot Chassis/LabVIEW FDS Bundle for Academic Used
  5. LabVIEW for Win/Motion Assistant/PCI-7344 (Motion Controller Board)/UMI-7764 (Universal Motion Interface)/Cable
  6. LabVIEW for Win/Vision Dev Module/PCI-1409/Starter Kit
  7. LabVIEW for Win/PCI-GPIB Starter Kit (Academic Only)
  8. LabVIEW for Win/PCI-6036E/BNC-2110 Starter Kit (Academic Only)
  9. LabVIEW for Win/PCI-6070E/CB-68LP Starter Kit (Academic Only)
  10. LabVIEW for Win/PCI-6024/SC-2075 Starter Kit (Academic Only)
IBME 
Room 305B
Electronic Lab Fu-Shan Jaw
  1. Use microcontroller to develop the portable intelligent medical electrical equipment. Such as ECG monitoring detector, EEG monitors and EMG monitoring, etc.
  2. Development of radio frequency circuit-model for the application of wireless telemetry technology.
  3. Design for the lecture of medical electronic and medical electronic system design.
  1. 20MHz arbitrary waveform generator Wavetek 95
  2. 100 MH oscilloscope / logic analyzer HP 54645D
  3. LCR Meter GW
  4. The development system of PIC
  5. Tektronix TDS210, power supply, function generator
IBME 
Room 505
Medical Ultrasound Lab Win-Li Lin
  1. ultrasound hyperthermia and thermal surgery
  2. Biomedical ultrasound
  3. Biomedical physics
  4. Radiation physics for medicine and biology
  1. 256 Channel Ultrasound Power Amplifier System(*)
  2. 4 Channel Phased Array Driver
  3. Ultrasound transducer
  4. Pulse generator
  5. Ultrasound transmitter / receiveer
  6. Microwave power meter
  7. Ultrasound hydrophone
  8. Position control system for ultrasound transducer
  9. Data acquisition control system
  10. Temperature recorder
  11. Peristaltic pump
  12. Constant temperature cooling circulation system
  13. Microwave pulse amplifier
  14. Flow controller
  15. Image recorder
IBME
Room 204
Bionanotech and Biophotonics Lab Ming-Jium Shieh
  1. Nanobioscience
  2. Drug delivery
  3. Hyperthemia and PDT therapy of tumor
  1. DISSOLUTION TESTER*
  2. UV-Vis spectroscopy
  3. HPLC and GPC Systems*
  4. Endoscopic*
  5. Biological Safety Cabinet*x2
  6. Fume hood x2
  7. Biophoton device
  8. Inverted Fluorescence Microscopy*
  9. Inverted Microscopy
  10. CO2 incubator x3
  11. Autoclave
  12. -80°C Freezer
  13. Veno 777 system*
  14. GPC*
  15. Zeta-Sizer*
  16. Rotary evaporator
  17. Micro Dialysis System
  18. Diode Pumped Crystal Laser
  19. Digital Cell Disruptor
IBME
Room 208
Medical Informatic Research and Genetic Elucidation Lab Chung-Ming Chen
  1. Medical imaging processing
  2. Bioinformatics analysis
  1. Laser System*
  2. Infrared Sensor*
  3. Thermal Detectors *
  4. Human-Body Model*
  5. Computer Assisted Diagnosis
  6. Microarray Analysis
  7. Protein Structure Analysis*
IBME
Room 705 
Room 706
Biomedical Informatics Lab Jau-Min Wong
  1. Biomedical Data Mining and Explore
  2. Biomedical Signal Analysis and Application
  3. Medical Image Processing and Analysis
  1. Oscilloscope
  2. Power Supply
  3. Microchip Burner
  4. IBM Server x 2
  5. HP Server x 1
  6. ACER Server x 1
IBME 
Room 103
Lab of tissue engineering and regeneration Sung-Jan Lin
  1. Hair follicle organogenesis and regeneration
  2. Repair and regeneration of hair follicles in response to injury
  3. Organ damage and loss
  4. Pigment loss and regeneration
  1. Inverted microscopy
  2. ELISA reader
  3. Time-lapsed imaging system for cells and explants
NTUH clinical research building room 15025
Cell and Tissue Engineering Laboratory Pen-hsiu Grace Chao
  1. Tissue Engineering
  2. Mechanobiology
  3. Functional Electrical Stimulation
  1. Biological Safety Hood
  2. Tissue Culture Microscope
  3. Incubator
  4. Water Bath
  5. Analytical Balance
  6. Various Custom-designed Bioractors
  7. High speed Centrifuge
  8. Fluorescence Microscope
  9. Plasma Cleaner
  10. Digital Cameras
IBME 
Room 506