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System |Leadingthe way in ultra high frequency , high resolution ultrasound and photoacoustic imaging technologies
The frequencies and bandwidths of the infrared light used in OCT are substantially higher than medical ultrasound signalsthus resultingin substantially better image resolution than with ultrasound imaging
UW - Madison researchers have now applied HYPR to ultrasoundresultingin higher quality ultrasound imaging frames with improved spatial resolutions and signal - to - noise ratios
those processes are also used for point accumulation imaging in nanoscale topography ( DNA - PAINTleadingto super - resolution fluorescence imaging for fixed samples15
Various phenomena like image acquisition and imperfections in machine designcontributeto the existing resolution and contrast in ultrasound images
the most critical factorsinfluencingspatial resolution in single - molecule super - resolution imaging
the piezoelectric elements 1leadsto the reduction in the resolution of an ultrasonic image
customdesignedlenses using high resolution digital imaging
30 elementsdesignedto obtain low resolution ultrasonic B - scan images
Cataractsignificantly influencesquantitative measurements on swept - source optical coherence tomography angiography imaging
these lenseswould causestrong spherical aberrations when used for imaging
Technical advanceshave resultedin consistent , reproducible , high - resolution clinical ultrasound images
Canon CXDI-701C/801C/401C wireless detectorsdesignedto deliver high - resolution imaging with a low x - ray dose
the slab mantleresultsin poor resolution in seismic velocity imaging
the key factorsinfluencethe spatial resolution of streak tube imaging lidar
Decreasing of the interrogation volumesleadsto enhanced spatial resolution of diffuse reflectance imaging
The mechanical index ... an important parameterinfluencesmicrobubble behavior in contrast ultrasound imaging
the reduction of sensitivitycausesdeterioration of sharpness of the ultrasound image
bacteria(passive) has been caused bySuper - Resolution fluorescence microscopy hpf
the impact of technological advances that haveledto sub - angstrom resolution by aberration correction
such lenseswould causestrong spherical aberrations when utilized for imaging
in)elastic nuclear scattering events deflect the proton trajectory , resulting in nonlinear paths which can only be approximated via statistical assumptionsleadingto lower spatial resolution than X - ray tomography
around the same principles as a human ultrasound(passive) is designedThe VisualSonics Vevo-2100 high - resolution ultrasound
An important milestone in this field ... the plane wave insonificationledto high frame rate ultrasound imaging
X - ray tomographyoriginatedimaging the human body with millimeter resolution
The need for real timehas ledsuper resolution imaging
problemscausedinherent to two - dimensional phased array ultrasound imaging
Evolution in the stent materials and design from stainless steel to chromium cobalt and from bare - metal to third - generation drug - eluting stents , along with improvements in periprocedural pharmacotherapy , andhave resultedinsights from intravascular imaging with intravascular ultrasound and optical coherence tomography
The combination of these modern imaging techniquesleadsto high definition ultrasound imaging
in better diagnosiswill resultin better diagnosis
AIR(passive) is designedAIR
to a better understanding of vascular permeability and tumor cellleadingto a better understanding of vascular permeability and tumor cell
ST-500 cryostat(passive) has been specially designedST-500 cryostat
Janis ST-500 cryostat(passive) has been specially designedJanis ST-500 cryostat
for the preclinical marketdesigned specificallyfor the preclinical market
Tubers(passive) have already been discoveredTubers
traditional segmentation algorithm to poorly segment region of interest from the given imagecausestraditional segmentation algorithm to poorly segment region of interest from the given image
to measure ocean colouris designedto measure ocean colour
The Janis ST-500 continuous flow cryostat(passive) has been specially designedThe Janis ST-500 continuous flow cryostat
This construction(passive) is designedThis construction
to measure ocean colouris designedto measure ocean colour
structurecould influencestructure
to improved diagnosis and monitoring ofmay leadto improved diagnosis and monitoring of
for specific applicationsdesignedfor specific applications
to improved diagnosis and monitoring of tumors within the eyemay leadto improved diagnosis and monitoring of tumors within the eye
The cryogenic X - IFU camera(passive) is designedThe cryogenic X - IFU camera
The other focal plane instrument , the cryogenic X - IFU camera(passive) is designedThe other focal plane instrument , the cryogenic X - IFU camera
to errors of measurement and guidancecould leadto errors of measurement and guidance
to loss of characteristic features of the ultrasound imagesmay leadto loss of characteristic features of the ultrasound images
especially for small animal imaging researchdesignedespecially for small animal imaging research
for research animalsspecifically designedfor research animals
in the early 1990swas inventedin the early 1990s
to more detailed images of T2-bacteriophages ... 6ledto more detailed images of T2-bacteriophages ... 6
to more detailed images of T2-bacteriophagesledto more detailed images of T2-bacteriophages
hidden structures in cellsto discoverhidden structures in cells
the source of your vein dysfunctionto discoverthe source of your vein dysfunction
most oftencausedmost often
distress syndromecan causedistress syndrome