Imaging examples of one case for radiography (d.p./ lat.), radiography equivalent dose multidetector CT (RED-MDCT) and radiography equivalent dose cone-beam CT (RED-CBCT) with axial, coronal and sagittal reconstructions.

<p>The fracture of the triquetrum is only shown in the CT images (white arrowheads). The fracture of the capitate is clearly shown in the CT images (white arrows), whereas radiography depicts the fracture only faintly (arrow). In this particular case the fractures are partially filled with gas.</p

Inter-rater reliabilities for radiography, radiography equivalent dose multidetector CT (RED-MDCT) and radiography equivalent dose cone-beam CT (RED-CBCT) assessed with Krippendorff’s alpha.

<p>Inter-rater reliabilities for radiography, radiography equivalent dose multidetector CT (RED-MDCT) and radiography equivalent dose cone-beam CT (RED-CBCT) assessed with Krippendorff’s alpha.</p

Frequency of fractures.

<p>Frequency of fractures.</p

Fracture sensitivity for radiography, radiography equivalent dose multidetector CT (RED-MDCT) and radiography equivalent dose cone-beam CT (RED-CBCT).

<p>Fracture sensitivity for radiography, radiography equivalent dose multidetector CT (RED-MDCT) and radiography equivalent dose cone-beam CT (RED-CBCT).</p

Additional file 2: of The dose distribution in dominant intraprostatic tumour lesions defined by multiparametric MRI and PSMA PET/CT correlates with the outcome in patients treated with primary radiation therapy for prostate cancer

Table S2. Spearman’s rho test. Correlation between the three dose parameters in the respective three volumes was analyzed. A weaker correlation between the Dmin values compared to the Dmean and Dmax values, respectively, was observed. Spearman’s rho values are listed. The respective p values were all < 0.001. (PDF 135 kb