We propose embedding IRMAdiag into hospital information technology (IT) infrastructure using the standard protocols Digital Imaging and Communications in Medicine (DICOM) and Health Level Seven (HL7).
The diffused image using the standard diffusion filter is shown in Figure 7c, while Figure 7d shows the result using the proposed algorithm.
Within an ADHD-family, both proband and siblings were similarly screened using the standard procedures of the IMAGE project described by Brookes et al.
A check of sample homogeneity of the modulated images (using the standard deviation approach within VBM5.1) revealed that the VBM results of the images were all within a tolerable range.
Initially, regional maximal count detection was performed in 3-D for each temporal frame using the standard gated short-axis SPECT image.
The areas of a population of traced cells were not statistically different from the area distribution obtained by using the standard curves for the processed images.
In our case, we obtained clear images using the standard abdominal probe (3.5 MHz).
The open-access software 'ImageJ'[32] was used for the SEM image processing, while the open-access software 'FracLac'[33] was used to calculate the Hausdorff dimension of our SEM images using the standard non-overlapping box counting method.
To more clearly illustrate the variation in colour pattern between the groups, we constructed similar images using the standard deviation of crabs coloured at each coordinate.
M. tuberculosis was imaged using the standard filter for 4′,6-diamidino-2-phenylinodole (DAPI) nucleic acid dye on an inverted fluorescent microscopy (Nikon Ti Eclipse system, Nikon, USA) equipped with a CCD-cool CoolsnapCoolsnap HQ, Photometrics) through a 100 × objective.
