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A cost-effective time-gated fluorescence imaging system and its bioimaging applications
Wenzhao Yang
, Prateek K. Srivastava
, Shanshan Han
, Lili Jing
,
Chang Ching Tu
, Sung Liang Chen
電機工程學系
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會議論文篇章
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引文 斯高帕斯(Scopus)
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Keyphrases
Autofluorescence
28%
Biocompatible Probe
14%
Bioimaging
100%
Biomedical Research
14%
Clinical Application
14%
Commercial CMOS Cameras
14%
Continuous-wave Laser
14%
Effective Time
100%
Fluorescence Imaging System
100%
Fluorescence Lifetime
28%
Gated Mode
14%
High Prices
14%
High Signal-to-background Ratio
14%
Image Intensifier
14%
Imaging Capability
14%
Imaging Mode
28%
In Vivo Imaging
14%
Light Image
14%
Mechanical Method
14%
Nanoparticle Probes
14%
Optical Chopper
14%
Optomechanics
14%
Performance Ratio
14%
Phantom
14%
Price Performance
14%
Pulsed Light Source
14%
Quantum Dot Nanoparticles
57%
Research Application
14%
Short Lifetime
14%
Signal-to-background Ratio
28%
Silicon Quantum Dots (Si QDs)
57%
Systems-based
14%
Time Gating
28%
Time-gated Fluorescence Imaging
100%
Time-gated Imaging
14%
Time-resolved Technique
14%
Transgenic Zebrafish
28%
Yolk Sac
14%
Zebrafish Embryo
14%
Zebrafish Larvae
28%
Engineering
Choppers (Circuits)
14%
Clinical Application
14%
Continuous Wave
14%
Fluorescence Imaging
100%
Fluorescence Lifetime
14%
Imaging Systems
100%
Intensifier
14%
Light Source
14%
Nanosecond
14%
Performance Ratio
14%
Quantum Dot Nanoparticles
57%
Material Science
Nanoparticle
100%
Quantum Dot
100%
Semiconductor Laser
25%
Silicon
100%
Physics
Bioimaging
100%
Continuous Radiation
25%
Light Source
25%
Nanoparticle Quantum Dot
100%
Semiconductor Laser
25%
Chemistry
Fluorescence Lifetime
25%
Green Fluorescent Protein
25%
Nanoparticle Quantum Dot
100%
Silicon
100%
Chemical Engineering
Nanoparticle Quantum Dot
100%