Abstract: A method and system for determining need for additional medical supplies includes receiving a test result from a remote computing device. The method and system also include updating a supply counter based on receiving the test result and determining if the supply counter exceeds a limit. The method and system further include triggering a process to reorder supplies when the supply counter exceeds the limit. A system for remote physiological parameter monitoring is also disclosed, and includes a remote computing system and a local computing system. The remote computing system tests the physiological parameter of the ambulatory patient. The local computing system receives the physiological parameter from the remote computing system through a communication network.

Abstract: A monitoring apparatus for monitoring a plurality of patients establishes communication to a caregiver regarding wellness parameters of at least one of the plurality of patients. The monitoring apparatus includes a physiological parameter transducing device that generates an electronic signal representative of the value of the physiological parameter being monitored. The apparatus includes a processing unit coupled to the transducing device for processing the signal. The apparatus also includes an electronic receiver/transmitter for coupling the apparatus to a communication network. The apparatus incorporates a patient identification device that is configured to interface with an identifier associated with a patient, to identify the patient from among a plurality of patients.

Abstract: A data set is generated by an implanted medical device, during operation of the device. The data set includes data characterizing various physiological states of the patient. The data set is communicated from the device to a patient monitoring apparatus. The patient monitoring apparatus develops its own data set by posing questions to the patient, and optionally by measuring a physiological parameter of the patient, such as weight. The two data sets are combined and are analyzed to determine medical information concerning the patient, such as impending decompensation of heart failure.

Abstract: A system for verification of an alert generated by an assessment process operating upon patient feedback and physiological data. The system may utilize a categorization for alerts, in order to obtain a rule set corresponding thereto. A question hierarchy may correspond to each rule within the rule set. Each question hierarchy may be posed to the patient to verify the alarm. The verification process may be carried out by a patient monitoring apparatus. The system may also automatically adjust parameter thresholds, and may automatically assess the effectiveness of individual questions in predicting the onset of health care related events.

Abstract: A system for determining whether a person should have professional health care attention, and providing clinical notes to the caregiver, may include the following. The system includes a monitoring device having a microprocessor operably coupled to a memory unit. The microprocessor is operably coupled to an input device, an output device, and a communication device. The memory unit is programmed with a set of instructions for posing questions to the person via the output device, receiving answers from the person via the input device, and transmitting the answers to a remote computer via the communication device. The remote computer is programmed to determine whether the person should be seen by a health care professional, based at least in part upon the answers entered into the input device. Further, the remote computer is programmed to generate a clinical note based upon the answers transmitted to the remote computer.