Abstract: An interactive platform providing health care prevention is provided. The platform includes a plurality of doctor interfaces, each doctor interface being associated with a doctor or other health care provider participating in the platform, patient interfaces coupled to peripherals measuring and determining patient parameters associated with the patients' health, said patient interfaces receiving, patient information, instructions, data from peripherals, and so on. In one embodiment, each patient interface is associated with a particular patient. In another embodiment, an intermediate assistant is provided with a patient interface adapted to provide information to and receive information related to several patients. A master server in communication with the doctor and patient interfaces and adapted to collect information and present information through said interfaces.

Abstract: A system for monitoring patients includes an automated computer based platform communicating with a plurality of monitoring devices. The monitoring devices are provided to a plurality of patients. The information from the monitoring devices is analyzed automatically and if parameters, such weight, glucose level, EKG, etc. are found to be abnormal, an alert is sent to the physician in charge of the respective patient. The physician can then access a data site providing him with more complete information about the patient.

Abstract: The system described has many advantages and provides safeguards for the patients. More specifically, if some information from any source is suspect or potentially dangerous, the primary health care provider and/or other entities such as local emergency services are notified in real time.

Abstract: Diabetic patients are provided with blood sugar testers that are used to check the sugar level of the patients at home. The blood sugar data from the testers is automatically transmitted to a data bank that collects the data for each day from a plurality of patients and presents the data to the physician as required. Patients may also be provided with A1c testers that measure and transmit to the data bank A1c data collected monthly. This A1c data is also presented to the physicians so that the physicians can make an appropriate drug dosage level for each patient.

Abstract: A system and method are described that include a microprocessor based entity receiving prescriptions from many different patients. A schedule is generated for each prescription and at an appropriate time a reminder is sent to each patient to take his drug. Optionally, each patient can acknowledge receiving the reminder, and/or the drug. If no acknowledgement is received, a third party, such as a care provider or a relative is automatically informed.