Abstract: The present invention discloses an application residing on a mobile device for providing and presenting information The application comprises the following components, a detection module for identifying the activation of at least one function of the mobile device, a selection module enabling to choose at least one information object upon activation of the mobile device function according to predefined rules, a display management module for redesigning the display layout to include at least two display areas a first functional area to display functional screen of the identified function and the second informative area for displaying pre-defined information which is not required for the activated function, wherein the redesigning include setting the definitions of each display area, and a GUI module for integrating the display areas into a single presentation, wherein the user is exposed to selected information object through out the time period he is using the activated functionality

Abstract: The present invention provides a two-part telescopic intramedullary orthopedic device comprising a first section inserted into the medullary cavity of one of the fractured or severed bone ends, and secured thereto, and a second section inserted into the medullary cavity of the other fractured or severed bone end and secured thereto, wherein the first section is telescoped within the internal space of the second section, and wherein one of the sections comprises a ferromagnetic material and the other section is either constructed entirely of a non-magnetic material or comprises a ferromagnetic material, wherein the ferromagnetic section(s) are actuable by an external axially directed magnetic field, such that one section may be caused to move axially (either bidirectional or essentially unidirectional) in relation to the other section. In addition, the invention encompasses a method for changing bone length as well as a method for enhancing bone fracture healing.

Abstract: The present invention provides a two-part telescopic intramedullary orthopedic device capable of connecting two adjacent fractured or severed bone ends, characterized in that said device comprises a first section inserted into the medullary cavity of one of the fractured or severed bone ends, and secured thereto, and a second section inserted into the medullary cavity of the other fractured or severed bone end and secured thereto, wherein said second section comprises an internal space communicating with an external opening, and wherein said first section is more or less telescoped within said internal space of said second section, and wherein one of said sections comprises a ferromagnetic material and the other section is either constructed entirely of a non-magnetic material or comprises a ferromagnetic material, wherein the ferromagnetic section(s) are actuable by an external magnetic field, such that one section may be caused to move axially in relation to the other section, and wherein said axial movemen