Tissue imaging using optical projection tomographic microscopy.
Qin MiaoVivan HuEric J. SeibelPublished in: Medical Imaging: Digital Pathology (2014)
Keyphrases
- liquid crystal
- image analysis
- optical imaging
- limited angle
- confocal images
- electron microscopy
- tomographic reconstruction
- x ray
- high resolution
- ultrasound imaging
- filtered back projection
- image reconstruction
- optical properties
- fluorescence microscopy
- optical coherence tomography
- charge coupled device
- imaging systems
- synthetic aperture
- atmospheric turbulence
- ccd camera
- medical imaging
- cell nuclei
- mr imaging
- tissue characterization
- projection images
- electro optic
- three dimensional
- digital holography
- imaging technology
- phase contrast microscopy
- focal plane
- microscopy images
- image processing
- radon transform
- tissue deformation
- diffusion weighted mri
- radio frequency
- light intensity
- image sensor
- cone beam
- image registration
- high throughput
- ultrasound images
- magnetic resonance
- dynamic range
- phase contrast images
- image guided
- phase contrast