Sentence examples for scanning of tissue from inspiring English sources

Quantification of ALDH expression was performed using FRIDA (FRamework for Image Dataset Analysis; [39], [40]), a custom open source image analysis software package (available at http://sourceforge.net/projects/fridajhu/) for the analysis of RGB color images generated from scanning of tissue microarray slides.

Recent technical developments in broadband optical light sources, detectors and imaging processing methods have boosted its imaging ability in terms of resolution and speed, permitting rapid volumetric scanning of tissue microstructures in vivo [ 9– 13].

We thank the staff at the Biological Resource Unit (BRU) for their help and support for all in vivo experiments, QUB, The Northern Ireland-Molecular Pathology Laboratory (NI-MPL), QUB for their help with the processing and scanning of tissue sections, and Ann Marie Higgins for her assistance with the vessel quantification during her MPharm level 4 project at the School of Pharmacy, QUB.

The pint-size millimeter-wave radiator could lead to better scanning of tissues and organs, but may also work as part of our everyday wireless data ecosystem.

For both the experimental group and the control group, scanning data of tissue surface and cast surface showed a good fit with each other in the majority, regardless of some small proportion of positive deviation area.

For both wax patterns produced by the CAD&RP method and the manual method, scanning data of tissue surface and cast surface showed a good fit in the majority.

The feasibility of using the magnetic tracking method for freehand scanning of biological tissue was demonstrated on an ex vivo human breast tissue specimen.

Oversampling by the laser spot size was avoided during the scanning of the tissue.

Compared to the fastest available HD FT-IR imaging system, we demonstrate scanning of large tissue microarrays (TMA) in 3-orders of magnitude smaller time per essential spectral frequency.

Optical coherence tomography (OCT) is a prominent biomedical cross-sectional tissue imaging technique that enables noninvasive, micrometer-resolution measurements [ 1]. High speed is required for many OCT applications, such as the scanning of larger tissue surfaces, e.g., the esophagus [ 2], colon [ 3], or coronary vessel [ 4], within a limited inspection time.

Dr. Shor had the lump scanned by a commercially available, X-ray based, micro-computed tomography machine, of the kind used for fine-resolution scanning of biological tissues.