Lymph node involvement in metastatic spreading and benign lymph node enlargement are common in a variety of diseases. Thus, lymph node characterisation is an important issue. It is based on size (short axis diameter) and morphologic criteria such as shape, homogeneity and contrast enhancement. For abdominal nodes, location-specific size criteria apply (upper limit of normal: lower paraaortic 11 mm, upper paraaortic 9 mm, gastrohepatic ligament 8 mm, portocaval space 10 mm, retrocrural space 6 mm; pelvic nodes 10 mm). In chest CT, an upper limit Mobile devices such as smart phones and touch screen tablets have taken the market by storm and are becoming major players in medical informatics providing convenient solution for physicians on the move. The resolution and processing power of these devices allow nowadays displaying medical images with sufficient resolution for image review and analysis in clinical practice. While they may not be adequate for routine diagnostic tasks they provide a convenient mobile solution for on-call and remote consultations. There are, however, different types of software solutions that can be implemented for such tasks. Two major different design are (1) online web-based applications where the device serves as a "thin-client" to display images rendered and manipulated on a remote computer and (2) local applications that reside on the mobile device and can run independently after images have been downloaded on the device. The first solution requires the user to be constantly connected to the network to be able to display and manipulate images, while the second solution can continue to function after disconnecting from For MR imaging optimisation for ultimate reporting, the radiologist needs to not only understand pelvic MR imaging but also be aware of what the surgeons / oncologists / radiotherapists need to know to plan the correct therapy. The MR imaging report should start with clinical information and requirements, followed by the technique used. Patients with uterine and cervical cancer undergo MR imaging after diagnosis for staging purposes. MR imaging may detect accurate findings regarding the T and the N stage. The report should be focused on this findings and the radiologist should give an estimation of stage. Patients with adnexal masses undergo MR imaging for characterisation purposes. MR imaging findings need to be correlated with clinical information and blood tests to be as accurate as possible. The report should be focused on the features of the adnexal mass and offer a possible diagnosis to the clinician. In this presentation a standardised reporting system for multiparametric prostate MRI examinations will be presented. Furthermore, the imaging assessment of prostate cancer, with emphasis on information useful for surgical and focal treatment planning, will be discussed. Emphasis will be placed on functional MR imaging techniques in conjunction with clinical staging nomograms and tumour localisation. The major teaching points of this exhibit are knowledge of the role of multi-parametric MR imaging in the detection, localisation, and characterisation of prostate cancer. Knowledge of standardised reports will enable us to overcome current limitations in communication with the referring physicians.