A medical device adapted to detect, to measure, in a bloodless and non-invasive way, and to transmit vital, biomedical parameters, such as cardiovascular and respiratory ones, of the human body; the device comprises: - a flexible strip-shaped support adapted to be applied on the human body in the area of the neck, and to be operatively closed around the neck, said support being made in a single piece; - more than one exploring probes (EXP1, EXP2,......EXPn) external to the support, each probe adapted to measure body parameters; - more than one units (U1, U2,..... Un) adapted to receive said body parameters coming from respective one of said exploring probes (EXP1, EXP2,......EXPn); each unit adapted to be activated independently from the other units and said support being able to connect a respective unit; - one or more connection interfaces for transmitting and receiving data and said parameters towards external units; - hardware and software electronic components integrated inside the flexible support and adapted to receive said body parameters from said units (U1, U2,..... Un), store them, organize them and transmit them as encrypted or not encrypted way by means of said one or more connection interfaces; - said device being adapted to record an electrocardiography in a continuous or instantaneous way, and/or to acquire the Doppler ultrasound of ascending aorta, and/or to acquire m-B mode echocardiography, and/or to immediately or remotely operate on emergency intervention units such as a temporary transcutaneous pacemaker and/or a cardiac defibrillator, characterised in that - said flexible strip-shaped support comprises folds (RB1, RB2) at the edges of the longer sides adapted to make a rail to insert in a sliding and removable way said one or more units (U1, U2,..... Un), and/or said one or more connection interfaces, and/or said hardware and software electronic components.. - a flexible strip-shaped support adapted to be applied on the human body in the area of the neck, and to be operatively closed around the neck, said support being made in a single piece; - more than one exploring probes (EXP1, EXP2,......EXPn) external to the support, each probe adapted to measure body parameters; - more than one units (U1, U2,..... Un) adapted to receive said body parameters coming from respective one of said exploring probes (EXP1, EXP2,......EXPn); each unit adapted to be activated independently from the other units and said support being able to connect a respective unit; - one or more connection interfaces for transmitting and receiving data and said parameters towards external units; - hardware and software electronic components integrated inside the flexible support and adapted to receive said body parameters from said units (U1, U2,..... Un), store them, organize them and transmit them as encrypted or not encrypted way by means of said one or more connection interfaces; - said device being adapted to record an electrocardiography in a continuous or instantaneous way, and/or to acquire the Doppler ultrasound of ascending aorta, and/or to acquire m-B mode echocardiography, and/or to immediately or remotely operate on emergency intervention units such as a temporary transcutaneous pacemaker and/or a cardiac defibrillator, characterised in that - said flexible strip-shaped support comprises folds (RB1, RB2) at the edges of the longer sides adapted to make a rail to insert in a sliding and removable way said one or more units (U1, U2,..... Un), and/or said one or more connection interfaces, and/or said hardware and software electronic components..