Hence, we have used the characteristic times related to the evolution of the disease to search for the CT or structure of CTs that are sources of infection and the CTs that are responsible to maintain (or feed) these sources.
In this review, we describe this evolution of DNA CT chemistry from the discovery of fundamental chemical principles to applications in diagnostic strategies and possible roles in biology.
The continuous evolution of computed tomography (CT) technology has allowed for wider clinical CT utilization.
Resolution improvements heralding the evolution of nano-CT (CT with submicron resolution) recently paved the way for a complete evaluation of cortical bone ultrastructure, including the distribution of osteocyte lacunae [ 131, 146].
Misrai et al. [ 30] studied the anatomical evolution of dissections by CT angiography with three-dimensional reconstruction and found that arterial remodelling occurs in most of the dissected branches without occlusive or aneurismal evolution.
Evolution of the cystic cavity was followed by computerized tomography (CT) for 7 months.
In this study, numerical simulation of carbonation process using the COMSOL Multiphysics are presented based on in-situ 3D microstructure evolution of X-ray CT.
CT scan imaging was performed at the same intervals to follow the evolution of the disease.
