SkyScan1172 New Desktop micro-CT System, produced by SkyScan Company, Belgium, is utilized to conduct CT scanning imaging of core slice without water flooding, and at water cut of 60, 80, and 90%.
Changes in intracellular Ca2+ were measured using confocal line-scan imaging of fluo-4 fluorescence.
Ultrasound and computed tomography scan imaging confirmed the presence of a left cystic adnexal mass (58 × 49 mm) without evidencing any urinary tract anomalies.
A new centric scan imaging methodology for density profiling of materials with short transverse relaxation times is presented.
A CT scan imaging and plain X-ray of the abdomen showed macroscopic bilateral nephrocalcinosis.
The set up for laser scan confocal imaging of O2– was the following: Laser: argon; objective, × 40 with 1.5-mm working distance; ET excitation, 568 nm; ET emission, long pass (LP, 590 nm).
We have demonstrated that by exploiting all the degrees of freedom available in a multimode fiber using digital phase conjugation to focus and scan the light, we have achieved sub-micrometer resolution scanning fluorescent imaging of biological samples.
Thirty per cent of the scans provided imaging of the whole breast.
