Abstract: Methods and systems for providing an interactive guideline are provided. In one example, a method comprises: receiving, from a database, data of a directed graph representing a medical guideline, the medical guideline including a decision tree including a plurality of clinical decisions and preconditions leading to at least some of the clinical decisions, the directed graph including a plurality of nodes representing the clinical decisions and the preconditions and edges connecting the plurality of nodes to represent dependency relationships among the clinical decisions and the preconditions; providing, via a navigation interface, a graphical representation of at least part of the directed graph; receiving, via the navigation interface, a selection of a node of the directed graph from the graphical representation; and based on the selection of the node, updating the graphical representation of the at least part of the directed graph to provide a navigation result of the medical guideline.

Abstract: A device for spine correction, in a particular human spines, has a keyboard with numerous adjacent segments comprised of opposed back supports. The keyboard (3) has at least one set of cooperating segments A, B and C supported on curved arch elements which bias a patient back in engagement with the keyboard toward a desired back configuration. The device includes a support frame (1), and a relatively movable mobile frame (2) on which the keyboard is supported. A measurement system includes a controller (49), a server (50) and a screen (51). The controller is connected to sensors (26) which determine rotational positions of the segments. The server provides outputs from the screen (51) responsive to the sensed data.

Abstract: A device for spine correction, in a particular human spines, has a keyboard with numerous adjacent segments comprised of opposed back supports. The keyboard (3) has at least one set of cooperating segments A, B and C supported on curved arch elements which bias a patient back in engagement with the keyboard toward a desired back configuration. The device includes a support frame (1), and a relatively movable mobile frame (2) on which the keyboard is supported. A measurement system includes a controller (49), a server (50) and a screen (51). The controller is connected to sensors (26) which determine rotational positions of the segments. The server provides outputs from the screen (51) responsive to the sensed data.