Abstract: The invention relates to a method for improving medication adherence and outcomes. The method includes registering a patient in a predetermined manner with a web site thereby creating an associated user profile, manually entering patient medication data and patient health data associated with the user profile, automatically acquiring from a third party and then storing patient medication data and patient health data associated with the user profile and assigning a points based reward based on a comparison of at least one of the manually entered data and the automatically acquired data to a predetermined set of reward criteria parameters.

Abstract: A method for population and patient-specific medication therapy review using a computer particularly adapted for a medication therapy management or health care delivery organization is provided, wherein the method includes at least the steps of: collecting patient claims data; reviewing the patient claims data for accuracy and data integrity; identifying particular characteristics sought within the patient claims data; organizing and structuring the patient claims data; establishing a set of clinical rules; transforming the set of clinical rules established into a computer language, and entering the transformed clinical rules into an electronic database; and analyzing the patient claims data by applying the clinical rules using a computer particularly adapted for a medication therapy management or health care delivery organization, thereby producing an analytical result.

Abstract: A method for improving quality assurance methods for medication therapy management using a computer particularly adapted for a health care management or delivery organization is provided, the method including at least the steps of: providing a set of internal controls, wherein the internal controls further include a set of national guidelines and standards, as well as a qualified staff; and development by the qualified staff of a clinical rule based upon the national guidelines and standards. In other embodiments, a clinical quality assurance team further reviews the clinical rule developed by the staff. In further embodiments, a set of external controls is provided, wherein the external controls include one or more of a plurality of approved pharmacists, an external clinical advisory council, and/or an independent review board.

Abstract: The invention relates to a method for improving medication adherence and outcomes. The method includes registering a patient in a predetermined manner with a web site thereby creating an associated user profile, manually entering patient medication data and patient health data associated with the user profile, automatically acquiring from a third party and then storing patient medication data and patient health data associated with the user profile and assigning a points based reward based on a comparison of at least one of the manually entered data and the automatically acquired data to a predetermined set of reward criteria parameters.

Abstract: A medication risk assessment method implemented using a computer particularly adapted for a health care management or delivery organization is provided, wherein the method includes at least the steps of: providing a medication risk assessment tool to a client, wherein the medication risk assessment tool includes a questionnaire, and wherein the client maintains a relationship with a population of individuals; administering the questionnaire to the population of individuals, thereby generating questionnaire data; obtaining prescription claims data from the population of individuals; combining the questionnaire data and the prescription claims data in an electronic database, thereby generating population data; analyzing the population data according to a set of rules; ranking the analyzed data according to risk; and generating at least one report based on the ranked data.

Abstract: A method for population and patient-specific medication therapy review using a computer particularly adapted for a medication therapy management or health care delivery organization is provided, wherein the method includes at least the steps of: collecting patient claims data; reviewing the patient claims data for accuracy and data integrity; identifying particular characteristics sought within the patient claims data; organizing and structuring the patient claims data; establishing a set of clinical rules; transforming the set of clinical rules established into a computer language, and entering the transformed clinical rules into an electronic database; and analyzing the patient claims data by applying the clinical rules using a computer particularly adapted for a medication therapy management or health care delivery organization, thereby producing an analytical result.

Abstract: A medication risk assessment method implemented using a computer particularly adapted for a health care management or delivery organization is provided, wherein the method includes at least the steps of: providing a medication risk assessment tool to a client, wherein the medication risk assessment tool includes a questionnaire, and wherein the client maintains a relationship with a population of individuals; administering the questionnaire to the population of individuals, thereby generating questionnaire data; obtaining prescription claims data from the population of individuals; combining the questionnaire data and the prescription claims data in an electronic database, thereby generating population data; analyzing the population data according to a set of rules; ranking the analyzed data according to risk; and generating at least one report based on the ranked data.

Abstract: A method for improving quality assurance methods for medication therapy management using a computer particularly adapted for a health care management or delivery organization is provided, the method including at least the steps of: providing a set of internal controls, wherein the internal controls further include a set of national guidelines and standards, as well as a qualified staff; and development by the qualified staff of a clinical rule based upon the national guidelines and standards. In other embodiments, a clinical quality assurance team further reviews the clinical rule developed by the staff. In further embodiments, a set of external controls is provided, wherein the external controls include one or more of a plurality of approved pharmacists, an external clinical advisory council, and/or an independent review board.

Abstract: The invention relates to a method and an apparatus for examining an object, particularly in terms of the surface morphology thereof. Said apparatus comprises a transportable housing which can be placed, especially by hand, above the surface segment of the object that is to be examined, and at least three light sources, the optical beam axes of which extend at a slanted angle of incidence relative to the surface segment that is to be examined. The light sources are disposed inside the housing and can illuminate the surface segment that is to be examined through an illumination aperture in the housing. The apparatus further comprises at least one light sensor for detecting the light reflected on the surface segment that is to be examined and a control and evaluation unit which is connected to the light sources and the light sensor. The light sources are arranged such that the optical beam axes thereof extend on different, non-parallel reference planes.

Abstract: A method for population and patient-specific medication therapy review using a computer particularly adapted for a medication therapy management or health care delivery organization is provided, wherein the method includes at least the steps of: collecting patient claims data; reviewing the patient claims data for accuracy and data integrity; identifying particular characteristics sought within the patient claims data; organizing and structuring the patient claims data; establishing a set of clinical rules; transforming the set of clinical rules established into a computer language, and entering the transformed clinical rules into an electronic database; and analyzing the patient claims data by applying the clinical rules using a computer particularly adapted for a medication therapy management or health care delivery organization, thereby producing an analytical result.

Abstract: A method for improving quality assurance methods for medication therapy management using a computer particularly adapted for a health care management or delivery organization is provided, the method including at least the steps of: providing a set of internal controls, wherein the internal controls further include a set of national guidelines and standards, as well as a qualified staff; and development by the qualified staff of a clinical rule based upon the national guidelines and standards. In other embodiments, a clinical quality assurance team further reviews the clinical rule developed by the staff. In further embodiments, a set of external controls is provided, wherein the external controls include one or more of a plurality of approved pharmacists, an external clinical advisory council, and/or an independent review board.

Abstract: A medication risk assessment method implemented using a computer particularly adapted for a health care management or delivery organization is provided, wherein the method includes at least the steps of: providing a medication risk assessment tool to a client, wherein the medication risk assessment tool includes a questionnaire, and wherein the client maintains a relationship with a population of individuals; administering the questionnaire to the population of individuals, thereby generating questionnaire data; obtaining prescription claims data from the population of individuals; combining the questionnaire data and the prescription claims data in an electronic database, thereby generating population data; analyzing the population data according to a set of rules; ranking the analyzed data according to risk; and generating at least one report based on the ranked data.

Abstract: The present invention relates to an apparatus, method, and system that provides a personal, portable module that can be used by a pharmacist, pharmacy student, or pharmacy preceptor to more effectively practice. It can be usable by others, including other types of healthcare practitioners. The module is preferably hand-portable and has both input and output features. It can be communicated to another device. It includes software which integrates several practice functions and allows data transfer, both to another device for further use or to the portable module for point of care use. In one aspect of the invention, the system establishes a mechanism to assess the level of cognitive complexity of patient interventions performed by students or practitioners. Another aspect of the invention involves automatic documentation of the intervention.