Abstract: Electronic health record sharing is provided using a hybrid architecture. A centralized architecture provides centralized service including a search service and a token ownership service. A decentralized architecture comprises electronic health record locations. Electronic health records are created at locations and patient identifying information is stored at the centralized architecture. The centralized service manages ownership of electronic health records using ownership tokens comprising unique electronic health record identifiers and unique location identifiers. A current electronic health record owner location is authorized to view and/or edit the electronic health record. Ownership is transferred via the sending location, receiving location, and centralized service.
Type:
Grant
Filed:
September 2, 2010
Date of Patent:
February 11, 2014
Assignee:
Medical Management International, Inc.
Inventors:
Daniel James Baldock, Vadim Georgiovich Svinenko, Kerri E. Marshall, Karen Calhoun
Abstract: Electronic health record sharing is provided using a hybrid architecture. A centralized architecture provides centralized service including a search service and a token ownership service. A decentralized architecture comprises electronic health record locations. Electronic health records are created at locations and patient identifying information is stored at the centralized architecture. The centralized service manages ownership of electronic health records using ownership tokens comprising unique electronic health record identifiers and unique location identifiers. A current electronic health record owner location is authorized to view and/or edit the electronic health record. Ownership is transferred via the sending location, receiving location, and centralized service.
Type:
Application
Filed:
September 2, 2010
Publication date:
March 8, 2012
Applicant:
Medical Management International, Inc.
Inventors:
Daniel James Baldock, Vadim Georgiovich Svinenko, Kerri E. Marshall, Karen Calhoun
Abstract: Wellness plan administration software provides a user interface to enable users to learn about and select a wellness plan. The software tracks wellness plan service items for patients and dynamically estimates discounts for service items offered to patients during visits to a medical facility. When a patient's visit is complete, the software can generate an invoice automatically and analyze the product and service items provided during the visit to determine the appropriate discount. The software includes additional features for recording promotional activities associated with wellness plans and computing employee bonuses.
Abstract: A software system for managing a health care practice includes interactive software tools for conducting a physical exam, suggesting tentative diagnosis, and managing a treatment protocol. The physical exam software guides the user through a physical exam, prompting the user for input and dynamically generating context sensitive questions based on prior input. The diagnosis software generates a list of possible diagnoses based on the observations recorded from the physical exam. The user can interactively select a diagnosis by selecting a diagnosis from a rule out list and watching the display as the system dynamic updates the status of unresolved symptoms. The user can also select a treatment protocol, which is integrated with future physical exams. The treatment protocol is integrated such that future exam sessions reflect the status of the treatment protocol and remind the user which services need to be performed and when they should be performed.