An ultrasound control unit for configuring visualization of ultrasound data, the ultrasound control unit operably coupleable with a display unit, and the control unit comprising: a data acquisition module adapted to acquire ultrasound image data for a given subject from an ultrasound image data source; a measurement acquisition module adapted to acquire one or more physiological parameter measurements for the subject; a visualization module, adapted to, responsive to triggering of at least one pre-defined alert condition, defined at least by the entering or leaving of a pre-defined threshold range of at least one of the physiological parameters: identify a relevant anatomical region within the acquired ultrasound image data pertaining to the at least one of the physiological parameters; determine a visualization mode for visualizing the identified anatomical region on a display panel of the display unit, based on the at least one physiological parameter in question and on the particular alert condition triggered; process at least a subset of the acquired ultrasound image data to generate one or more output display frames representative of the relevant anatomical region, and with the region visualized in accordance with the visualization mode, and generate a control output for controlling the display unit to display the one or more output display frames. a data acquisition module adapted to acquire ultrasound image data for a given subject from an ultrasound image data source; a measurement acquisition module adapted to acquire one or more physiological parameter measurements for the subject; a visualization module, adapted to, responsive to triggering of at least one pre-defined alert condition, defined at least by the entering or leaving of a pre-defined threshold range of at least one of the physiological parameters: identify a relevant anatomical region within the acquired ultrasound image data pertaining to the at least one of the physiological parameters; determine a visualization mode for visualizing the identified anatomical region on a display panel of the display unit, based on the at least one physiological parameter in question and on the particular alert condition triggered; process at least a subset of the acquired ultrasound image data to generate one or more output display frames representative of the relevant anatomical region, and with the region visualized in accordance with the visualization mode, and generate a control output for controlling the display unit to display the one or more output display frames. identify a relevant anatomical region within the acquired ultrasound image data pertaining to the at least one of the physiological parameters; determine a visualization mode for visualizing the identified anatomical region on a display panel of the display unit, based on the at least one physiological parameter in question and on the particular alert condition triggered; process at least a subset of the acquired ultrasound image data to generate one or more output display frames representative of the relevant anatomical region, and with the region visualized in accordance with the visualization mode, and generate a control output for controlling the display unit to display the one or more output display frames.