Modern imaging requires a series of steps, including data acquisition, data reconstruction, and processing, data analysis and output, and data interpretation.
However, preliminary data with modern imaging tools suggest that our primary account in Tribolium may be widely applicable in the Holometabola, including in fly species that still retain a distinct serosa and amnion (García-Solache et al., 2010).
In the last years, notwithstanding many detractors, cranial vasculature involvement in the pathogenesis of migraine pain has benefited from experimental data acquired by modern imaging techniques, such as MRA, and specific pharmacological tools, such as triptans.
The variety of the variables incorporated into nomograms has expanded from standard clinical and pathological data to include factors from modern imaging techniques (Favaretto et al, 2011) and biomarker studies (Shariat et al, 2008).
Modern imaging technologies today provide us with an abundance of data from a variety of sources: Confocal Laser Scanning Microscopy, Magnetic Resonance Imaging and block-face SEM all provide full 3D volumetric data that can be rendered in MorphoGraphX.
Modern imaging technologies allow for visualization of multi-dimensional and multi-parameter data.
These intriguing data warrant further investigations of similar patients with modern imaging techniques to determine exact lesion location and possible diaschisis.
This special issue brings you innovation in action: new applications for well-known techniques, modern imaging and technical systems, novel methods of acquiring and dealing with data, and complex statistical analysis.
Modern multidetector computed tomography scanners make it possible to acquire volumetric imaging data of the whole brain in a few seconds, which allows high resolution multiplanar reconstructions to be performed.
