Abstract: In one embodiment, a system, method, and apparatus are provided which enable remote monitoring and control of a patient's wearable medical device. The wearable medical device may collect bodily data that characterizes their condition and transmits such data to an electronic device viewable by a remote party such as a physician, close family member or friend, or other party communicatively linked in a treatment network. Considering the transmitted bodily data relative to predetermined threshold conditions as a guide, the remote party may cause the wearable electronic device to dispense therapeutic treatments into the patient's body in an effort to immediately facilitate treatment of the patient's condition regardless of geographic proximity. The wearable medical device may be also configured to automatically transmit alerts to electronic devices of remote parties, triggering treatment and other forms of aid in the event of an emergency.

Abstract: A system and method for monitoring a patient's blood glucose levels and communicating such levels to a patient care network is provided. More particularly, a monitor for measuring blood glucose levels may be adapted to alert the patient and preselected members of the patient care network in the event that the patient's blood glucose levels fall below a threshold amount. The monitor may be further adapted to communicate with means for automatically delivering glucose into a patient's body and means for delivering insulin into the patient's body, each means operating alone or in combination. Such a system and method may have applications in preventing symptomatic hypoglycemic episodes and providing diagnostic aid to medical professionals.

Abstract: A system and method for monitoring a patient's blood glucose levels and communicating such levels to a patient care network is provided. More particularly, a monitor for measuring blood glucose levels may be adapted to alert the patient and preselected members of the patient care network in the event that the patient's blood glucose levels fall below a threshold amount. The monitor may be further adapted to communicate with means for automatically delivering glucose into a patient's body and means for delivering insulin into the patient's body, each means operating alone or in combination. Such a system and method may have applications in preventing symptomatic hypoglycemic episodes and providing diagnostic aid to medical professionals.

Abstract: In one embodiment, a system, method, and apparatus are provided which enable remote monitoring and control of a patient's wearable medical device. The wearable medical device may collect bodily data that characterizes their condition and transmits such data to an electronic device viewable by a remote party such as a physician, close family member or friend, or other party communicatively linked in a treatment network. Considering the transmitted bodily data relative to predetermined threshold conditions as a guide, the remote party may cause the wearable electronic device to dispense therapeutic treatments into the patient's body in an effort to immediately facilitate treatment of the patient's condition regardless of geographic proximity. The wearable medical device may be also configured to automatically transmit alerts to electronic devices of remote parties, triggering treatment and other forms of aid in the event of an emergency.

Abstract: A system and method for monitoring a patient's blood glucose levels and communicating such levels to a patient care network is provided. More particularly, a monitor for measuring blood glucose levels may be adapted to alert the patient and preselected members of the patient care network in the event that the patient's blood glucose levels fall below a threshold amount. The monitor may be further adapted to communicate with means for automatically delivering glucose into a patient's body and means for delivering insulin into the patient's body, each means operating alone or in combination. Such a system and method may have applications in preventing symptomatic hypoglycemic episodes and providing diagnostic aid to medical professionals.