Such saturation scans have been applied to diverse proteins to delineate hot-spot residues, stability determinants, and for comprehensive fitness estimates.
More recently, genome-wide scans have been applied to worldwide [11] [14], regional [15] [17] and local [18], [19] populations, resulting in new insights into the genetic structure and relationships of human populations.
To mitigate the shortcomings of SUV, especially to address the single time-point and static nature of this method, absolute quantitative analytic methods using dynamic PET-CT scan have been applied for studying the pattern of FDG metabolism in tissue [ 13– 15].
Recently, airborne laser scanning (ALS) has been applied to provide ecologically relevant information on forest structure.
Additionally, high-resolution gamma-ray computed tomography (HireCT) operated in time-averaged rotation-synchronized scanning mode has been applied to quantify local phase fraction distributions inside the rapidly rotating pump impeller.
As an efficient approach for exploring spatially variable deformation of landforms, terrestrial laser scanning (TLS) has been applied to obtain high-definition topographic data by using dense point clouds on the ground surface (e.g., Heritage and Large 2009; Whitworth et al. 2006; Hayakawa and Oguchi 2016).
In the past few years, computed tomography (CT) scanning technology has been applied to the detection of internal defects in hardwood logs for the purpose of obtaining a priori information that can be used to arrive at better log sawing decisions.
Since 2003, the scanning software has been applied daily using the city's surveillance system, monitoring respiratory symptoms, fever, flu, and diarrhea reported by emergency department records from 38 hospitals in the city.
Linear scan voltammetry has been applied to investigate the ECL behavior of luminol on the heated microelectrode during cathotic scanning.
