Sentence examples for fluorescence tomography from inspiring English sources

Fluorescence tomography of tissues has been generally limited to systems that require fixed geometries or measurements employing fibers.

Fluorescence tomography today appears as a complementary imaging modality for assessing molecular processes in small living animals.

Also available are four optical imagers, including three In Vivo Imaging Systems (IVIS) and one fluorescence tomography system, all from PerkinElmer.

Contradictory to immunohistology, 2D optical reflection imaging and especially 3D fluorescence tomography showed strikingly lower concentrations of the NIRF probe Annexin Vivo in the treated tumors.

Also with respect to conventional optical tomography (bioluminescence and fluorescence tomography), the broad-band nature of the Cerenkov emission and the complex correlation between the distribution of the emitted Cerenkov light and the activity distribution complicate the CLT reconstruction.

In addition to absorption tomography, the setup can be readily extended to other 3D imaging techniques such as X-ray fluorescence tomography of high atomic number elements for chemical composition mapping and diffraction tomography for structural mapping.

While other groups mainly focus on integrating nuclear imaging with three-dimensional (3D) fluorescence optical tomography (FOT) imaging [15]-[18] [15]-[18]scence-mediated torography (FMT) [19], we consider optical imaging, both bioluminescence and fluorescence, as intrinsically superficial tomography, currently most suitable FMT planar imaging.

OMI includes a variety of imaging modalities such as BLI, fluorescence imaging (FI), optical coherence tomography (OCT), bioluminescent tomography (BLT), fluorescence molecular tomography (FMT), laser speckle imaging, polarization imaging, fluorescence reflectance imaging (FRI), diffuse optical tomography (DOT), fluorescence resonance imaging, NIRF, and so forth.

Formation and retention of the depot was monitored using fluorescence molecular tomography imaging.

Using scatterplots of 2 or 3 parameters, diffuse optical tomography and fluorescence imaging are combined to improve detectability of breast lesions.

AU, arbitrary units; BVP, blood vessel profile; BVPD: blood vessel profiles density; FMT, fluorescence-mediated tomography; FRI, fluorescence reflectance imaging; VVF, vascular volume fraction.