Furthermore, a recent study in mice shows that breadth of tuning between CT fibers and fungiform TRCs was not significantly different [ 76].
The fact is that there are almost no S fibers responses to non-sweet stimuli in chimpanzee CT fibers and therefore most likely also in human taste nerves [ 38, 39, 55, 56].
In this paper, a novel, model-based approach for the automatic detection, segmentation, and length distribution calculation of fibers in CT data of fiber reinforced polymers was presented.
For this purpose, our method allowed measurement of longitudinal and transverse velocities (CL and CT) in longitudinal (fiber direction) and the radial directions (orthogonal to the fiber direction) of compact bones.
Currently, conventional diagnostic tests such as chest radiographs, computed tomography (CT) scans, and fiber optic bronchoscopy (FB) are not sensitive enough for effective early detection.
In this paper, we synthesized and controlled the integrated ZnO nanorod arrays (NRAs) on nickel (Ni -coated PET fiber CTs by ED method with different external cathodic voltages.
In an in vitro skin permeation experiment, the ZNF method was used for the prediction of CT near the dialysis fiber.
By 3D image reconstruction, processing and analysis of CT images, the curves of fiber orientation distribution (FOD) and fiber spacing distribution (FSD) in cementitious composites can be obtained, and the orientation factor and dispersion coefficient of fiber can also be determined.
To address this problem, micro-computed tomography (micro-CT) was used to characterize fiber distribution in this study, which permitted 3D visualization within the materials.
Hemorrhage surrounding the ablation zones may also contribute to the variability in CT measurements as the laser fibers were placed via an introducer needle; and as a result, the border between the hemorrhage and the ablation zone was rarely clear.
