Abstract: A detection and tracking apparatus for detecting and tracking the position and/or deformation of a body organ subject to manipulation, comprising at least one processing unit, in communication with a receiving unit and with a wearable and/or portable display device, performing the following steps: a) determining a representation of the position and/or deformation of the organ; b) associating a three-dimensional augmented reality image of the organ with the representation of the position and/or deformation thereof; c) overlaying the three-dimensional augmented reality image with the position and/or deformation of the organ through the display device; d) tracking the position and/or deformation image in correspondence with the position and/or deformation of the organ of which the three-dimensional augmented reality image is a representation, comparing the information about the position and/or deformation associated with that position and/or deformation with a plurality of predefined models of position and/or de

Abstract: Method for controlling image appearance features in MRI systems, image appearance feature control user interface operating according to the method and MRI system including the user interface. There is provided an automatic scan planning module including a memory in which a look up table or a database of examination kind specific settings of the MRI system is stored univocally associating a specific kind of examination with a factory pre-defined experimentally and empirically determined optimum combination of settings of the MRI system, the automatic scan planning module controlling a user interface displaying a list of alternative specific kinds of examinations and providing a selection organ for the user, for selecting one of the specific kinds of examinations. Upon input of the selection of the kind of examination, the automatic scan planning module configures the MRI system automatically with the image acquisition settings corresponding to the selected specific kind of examination.

Abstract: An MRI control system with a user interface which is windows inspired by including toolbars at the upper side of the window, providing active labels related to specific examinations or classes of tasks, each label opening specific windows related to the task again provided with toolbars, active buttons and menus. According to a further aspect the control system is configured for providing a dynamic interaction between the records in a database relating to single cases of the same patient or of different patient, which allows to address the record of a database to which a visualized image or data report belongs by simply clicking on the image or report or by visualizing the said image or report.

Abstract: An MRI control system with a user interface which is windows inspired by including toolbars at the upper side of the window, providing active labels related to specific examinations or classes of tasks, each label opening specific windows related to the task again provided with toolbars, active buttons and menus. According to a further aspect the control system is configured for providing a dynamic interaction between the records in a database relating to single cases of the same patient or of different patient, which allows to address the record of a database to which a visualized image or data report belongs by simply clicking on the image or report or by visualizing the said image or report.

Abstract: Method for controlling image appearance features in MRI systems, image appearance feature control user interface operating according to the method and MRI system including the user interface. There is provided an automatic scan planning module including a memory in which a look up table or a database of examination kind specific settings of the MRI system is stored univocally associating a specific kind of examination with a factory pre-defined experimentally and empirically determined optimum combination of settings of the MRI system, the automatic scan planning module controlling a user interface displaying a list of alternative specific kinds of examinations and providing a selection organ for the user, for selecting one of the specific kinds of examinations. Upon input of the selection of the kind of examination, the automatic scan planning module configures the MRI system automatically with the image acquisition settings corresponding to the selected specific kind of examination.

Abstract: The present invention relates to the use of telomerase-derived peptides for the treatment of any cancer patients, particularly for the treatment of patients with renal or prostate cancer.

Abstract: The present invention relates to the use of telomerase-derived peptides for the treatment of any cancer patients, particularly for the treatment of patients with renal or prostate cancer.