1848 results about "Electronic medical record" patented technology

The system described herein enables clinicians and researchers to use aggregated genetic and phenotypic data from clinical trials and medical records to make the safest, most effective treatment decisions for each patient. This involves (i) the creation of a standardized ontology for genetic, phenotypic, clinical, pharmacokinetic, pharmacodynamic and other data sets, (ii) the creation of a translation engine to integrate heterogeneous data sets into a database using the standardized ontology, and (iii) the development of statistical methods to perform data validation and outcome prediction with the integrated data. The system is designed to interface with patient electronic medical records (EMRs) in hospitals and laboratories to extract a particular patient's relevant data. The system may also be used in the context of generating phenotypic predictions and enhanced medical laboratory reports for treating clinicians. The system may also be used in the context of leveraging the huge amount of data created in medical and pharmaceutical clinical trials. The ontology and validation rules are designed to be flexible so as to accommodate a disparate set of clients. The system is also designed to be flexible so that it can change to accommodate scientific progress and remain optimally configured.

Methods and systems for creating a knowledge graph that relates terms in a corpus of literature in the form of an assertion and provides a probability of the veracity of the assertion are disclosed herein. Various aspects of the invention are directed to and / or involve knowledge graphs and structured digital abstracts (SDAs) offering a machine readable representation of statements in a corpus of literature. Various methods and systems of the invention can automatically extract, structure, and visualize the statements. Such graphs and abstracts can be useful for a variety of applications including, but not necessarily limited to, semantic-based search tools for search of electronic medical records, specific content verticals (e.g. newswire, finance, history) and general internet searches.

A system for storing medical records (15) which is comprised of a global communications network (12), a personal computer or terminal (14) linked to the global communications network (12) including a first connection port and a portable data access device connected to the first connection port is disclosed. The portable storage device preferably contains a processor, a memory, and an input device. An electronic patient record (15) is also disclosed. The patient record is carried by the portable data access device and may be updateable via the global communications network (12), the personal computer (14), or the input device acting in communication with the storage device. The patient record (15) contains personal patient information, such as disease / treatment history, and health insurance / medication information. The storage device may also generate patient reminders instructing a patient to schedule appointments. The input device is used to log into the portable device or terminal (14).

A cloud-based, federated collaborative medical records system and methods, in the preferred embodiments, features a variety of mechanisms to enable end users to store, access, edit, and share health information, on demand. A key aspect of said embodiments involves the circumvention of barriers preventing the transfer of health information placed upon other electronic medical records systems and related systems preventing users who are not part of a specific business entity from accessing the records. The preferred embodiments of the present invention delegate control over medical information to those individuals who need access to such medical information at the appropriate time.

A comprehensive healthcare analytic and predicative modeling system that tracks costs for patients on a long term basis (greater than 6 months, one-year, or more) to assess the long-term effectiveness of various treatment options. Based upon the evaluation of the long-term effectiveness of various treatment options, the system then delivers a predictive model, which is based on data extracted and aggregated from dissimilar databases, that analyzes up-to-date economic and clinical outcomes, and then, using this data, can estimate long-term future treatment results from an economic and clinical perspective. Also disclosed herein is a personal electronic medical record on a computer network created by a medical provider on the authorization of the patient and controlled by the patient. Lastly, disclosed herein is a computer system for the consolidation of medical and financial data from disparate databases into a unitary data format.

This invention provides a process and system for a comprehensive surgical assist system, called a Therapy Imaging and Model Management System (TIMMS), which combines and integrates all of the necessary information and communication technology; workflow analysis, data processing and data synthesis; interactive interfaces between surgeon and mechatronic devices; and, cognitive agents; to provide comprehensive assistance and guidance throughout complex medical and surgical therapies, such as image guided surgery. The components of this invention, which are modular, scalable and may be distributed in location, act synergistically to provide functionality and utility that exceeds the sum of its individual parts.A method of performing surgery on a patient comprising the step of comparing a chosen patient's data to statistical data in a repository of patient data to develop a patient specific model, wherein the data comprises information from two or more sub databases selected from the group consisting of workflow data, electronic medical records, diagnostic data, biological data, measurement data, anatomical data, physiological data, genetic data, molecular data, imaging data, chemical data, clinical laboratory data, simulated data, coordinate data and surgical result and wherein the patient specific model aids in the preoperative, operative or post operative phase of surgery performed in real time on the patient.

A teleconferencing system is disclosed that enables patient and physician teleconferencing stations (100) to communicate over a global network (104), wherein the teleconferencing stations include access to a database of electronic medical records (110). The system includes means for instant text messaging (130), audio / video conferencing (142), and secure e-mail exchange (146). The patient and physician have differential access to the electronic medical records, such that the electronic medical records can be updated. The physician station includes means for capturing image data received from the patient station and storing the captured image data into a medical record. In the preferred embodiment the system is able to teleconference more than two stations at a time. In the preferred embodiment, the physician station includes means for entering a prescription (310) and for entering hospital orders (304).

A system and method is provided in which medical treatment of a patient is effected in a systematic and guided fashion. From a patient's symptoms and electronic medical record, a specific diagnostic test may be recommended. Upon execution of the diagnostic test, the diagnostic scan results may be forwarded to a remote location for assistance in analysis. Once analyzed, the results are transmitted to the attending medical personnel. The results, and information which led to the decision to have a diagnostic test, are also sent to a repository for use in future diagnoses and other determinations. A monitor or dashboard is used to keep track of the various steps of the procedure, to provide on the job guidance in using a diagnostic test device, and the ensure a specific efficiency and protocol are followed. A remote location of experts may also be monitoring the dashboard, as a quality control.

The embodiment of the invention discloses an electronic-medical-record sharing system based on a block chain. The electronic-medical-record sharing system comprises an identity verification module, a processing module and a querying module, wherein the identity verification module is used for receiving a logging-in account input by a user, identifying the logging-in account and configuring corresponding operating authorization for the logging-in account; the processing module is used for being connected with a pre-established block-chain database, wherein the block-chain database comprises a plurality of nodes, and each node corresponds to a hospital database; the querying module is used for receiving a querying order input by the user, obtaining a corresponding electronic medical record from the block-chain database according to the querying order and showing the obtained electronic medical record to the user. The electronic-medical-record sharing system is established based on the block chain technology in the embodiment, all data can be only preserved in a hospital server generated through original data, only data hash values are stored on the block-chain database so that the aims that data cannot be tampered, is looked up in a classified mode and is retrospective in consulting can be achieved, and the electronic-medical-record sharing system has the advantage that the data security is improved.

The Physician To Patient (P2P) network system, a private & secure infrastructure for independently practicing physicians and patients for real-time electronic communication & transfer of patient health information is disclosed by the invention. The invention also discloses an efficient and natural method for creation of Electronic Medical Records by physicians in their own handwriting. The P2P network system utilizes a plurality of devices and components defined by the invention, and custom programming to integrate all equipment, devices and components of the network system. The invention also discloses a highly targeted method of advertising, the One2One Advertising, for healthcare product manufacturers to reach physicians and patients. A number of healthcare related business processes, currently executed manually are performed automatically by P2P network system software. The invention will improve the quality of services to patients, and reduce the overhead cost of the medical offices, and the healthcare industry.

Coding free text documents, especially in medicine, has become an urgent priority as electronic medical records (EMR) mature, and the need to exchange data between EMRs becomes more acute. However, only a few automated coding systems exist, and they can only code a small portion of the free text against a limited number of codes. The precision of these systems is low and code quality is not measured. The present invention discloses a process and system which implements semantic coding against standard lexicon(s) with high precision. The standard lexicon can come from a number of different sources, but is usually developed by a standard's body. The system is semi-automated to enable medical coders or others to process free text documents at a rapid rate and with high precision. The system performs the steps of segmenting a document, flagging the need for corrections, validating the document against a data type definition, and looking up both the semantics and standard codes which correspond to the document's sentences. The coder has the option to intervene at any step in the process to fix mistakes made by the system. A knowledge base, consisting of propositions, represents the semantic knowledge in the domain. When sentences with unknown semantics are discovered they can be easily added to the knowledge base. The propositions in the knowledge base are associated with codes in the standard lexicon. The quality of each match is rated by a professional who understands the knowledge domain. The system uses this information to perform high precision coding and measure the quality of the match.

A system that includes a mobile platform and a remote station. The remote station may be a personal computer coupled to the remote platform through a broadband network. A user can control movement of the mobile platform through the remote station. A medical monitoring device such as a stethoscope or EKG monitor can be coupled to the mobile platform and used to take patient data. The data can be transmitted to the remote station by the mobile platform. The medical monitoring device(s) may be wirelessly coupled to the mobile platform. The system may include a server that can provide an electronic medical record to the remote station. The remote station may have a monitor that displays the electronic medical record and an image captured by a camera of the mobile platform. The system allows a doctor at the remote station to more fully examine a patient while viewing past medical records.

The present invention relates to a distributed computer-based decision support technology for the healthcare industry. It also relates to a systematic knowledge diffusion technology for the healthcare industry. The tool and methodology packages and distributes computation and data processing software components in both centralized and federated fashions to process medical data in-situ and in real-time, applying the knowledge and best practices that can reflect the most recent advancement of medical sciences. This tool and methodology interacts with a healthcare organization's existing internal and external information sources, including those sources of its trading partners, such as practice management systems, health information systems, electronic medical records systems, lab systems, medical reference systems, and existing decision support systems. Due to this sharing of information and the ability to construct longitudinal medical records that was previously not possible, the quality of decision support can be rapidly improved, benchmarked, and standardized across the industry.

A computer-readable medium for displaying and providing access to a stored patient electronic medical record (EMR), the computer-readable medium comprising a code segment executable by a processor for providing a user interface screen for display to a user, the user interface screen comprising a graphically-displayed timeline, the timeline comprising a first axis for time and a second axis that is substantially perpendicular to the first axis, the second axis being divided into a plurality of sections in parallel with each other, each section corresponding to a different type of patient information, each section comprising a display of patient data corresponding to that section's type of patient information, wherein the displayed patient data in each section is located on the timeline at a position such that the patient data is chronologically-ordered. The displayed timeline can be used as an access point for retrieving a wealth of information about the patient. Also disclosed herein are corresponding methods and systems for displaying and providing access to electronic patient medical records.

A system, program product, and methods related to enhanced medical services delivery to geographically distributed patient populations by remotely located physicians are provided. An embodiment of the system includes a remote medical services server, a plurality of patient electronic medical records stored in the memory of the remote medical services server, and a remote medical services program product stored in the memory of the remote medical services server adapted to access the plurality of patient electronic medical records to thereby allow display of and data entry in a selected patient electronic medical record. A patient medical service delivery station captures patient video images and displays remote physician video images. A remote physician medical service delivery suite in communication with the patient medical service delivery station through the communications network captures remote physician video images and displays patient video images and patient electronic medical records, to allow the remote physician to perform remote patient medical service delivery.

A method is disclosed for providing early detection, classification, and reporting of health-related events in a population. The method includes capturing sets of specific emergency room patient information from a subset of the population as the patient information is first electronically entered into, for example, an electronic medical record (EMR). The patient information is pre-processed, transmitted to and stored in a central database in a central computer facility. The patient information is sorted and analyzed by the central computer facility to detect any health-related events in the population and to generate corresponding alerts. The alerts are electronically reported to designated authorities such as health officials and other government authorities such as the CDC.

The present invention is related to a computer-implemented method of identifying and annotating an image from an electronic medical record displayed on a touch screen, which includes displaying the image on the touch screen; identifying medical issues shown in the image; annotating the image with at least one symbol correlated to predetermined information using a navigational device; and prioritizing the medical issues using the navigational device. The prioritizing step may include color-coding at least one of the symbol and the image using the navigational device. Further, the navigational device may include a pressure detecting mechanism which determines at least one of a priority of the image and a speed of images displayed on the touch screen, based on an amount of pressure exerted by a user on the touch screen. The navigational device includes security features to ensure authorized use, including biometric authentication of identification.

The invention discloses an electronic medical record storage and sharing model and method based on the blockchains and solves problems of patient's rights of access to personal medical data and insecure storage and sharing of sensitive medical data in the prior art. The model is characterized by comprising data creators, data owners, cloud storage, federated blockchains and data consumers, whereinthe blockchain is a control center. The method comprises steps that system initialization is performed; medical data are acquired, and data storage with intercepted signatures is employed; data publishing with the improved DPOS consensus mechanism is employed; data sharing based on smart contracts is performed. The method is advantaged in that security, reliability, privacy protection and securestorage are achieved, in combination with the cloud storage technology and the interceptable signature technology, in the federated blockchains, users can set sharing conditions through the smart contracts, safe and effective data sharing and access can be realized, and strong practicality is achieved.

A method and system for automated medical records processing. The method and system includes plural electronic medical templates specifically designed such that they reduce the complexity and risk associated with collecting patient encounter information, creating a medical diagnosis and help generate the appropriate number and type medical codes for a specific type of medical practice when processed. The medical codes and other types of processed patient encounter information are displayed in real-time on electronic medical records and invoices immediately after a patient encounter.

We present a data-driven system that seamlessly integrates the compilation of a diverse set of patient electronic medical records, family history, and environmental risk factor databases, a program that determines correlations and assigns weights through a neural network between illness and the state of symptoms, a program to create disease-specific questionnaires and content, a program alert that informs users of trends and potential illness outbreaks due to anomalous changes in regional or national symptom trends, and a program that enables medical practitioners to view patient-generated records and manage an online referral system. The automated diagnoses and alerts allow users to make informed and rapid medical treatment decisions.

Certain embodiments of the present invention provide methods and systems for comprehensive clinical documentation of patient lifetime via a unified interface. Certain embodiments provide a user interface system displaying an electronic patient record. The system includes a timeline representation of a patient record. The timeline includes a plurality of data points related to a patient over time. The plurality of data points provides patient data aggregated from a plurality of information sources. The timeline provides access to and review of the plurality of data points within a single view. The system includes one or more controls allowing navigation and manipulation of one or more of the plurality of data points in the timeline.

Methods and apparatus for storing and reviewing wound data are shown using a digital datasheet, or wound electronic medical record (WEMR). The WEMR is preferably presented via a single page containing all data that should be considered by a wound healing provider, as predetermined by protocol. This includes, but is not limited to, fields for: a digital photograph of the wound; a graph of the wound healing rate (length, width, depth and area over time); wound and other treatments including current systemic medications, along with a patient identifier and review / approval indicator. This may also include hematology and chemistry laboratory data; radiology and pathology images along with their associated reports; ambulation status and other history; and microbiology data including sensitivities. The WEMR is implemented via a wound database system, which includes templates and policies for rapid report generation and tools for protocol mapping. A particular WEMR page may be designed for electronic or paper review and approval by a treating physician, thus permitting comprehensive but efficient review of all relevant wound data, whether for a personal or remote consult, real-time or otherwise. When teaching or doing studies, patient identifier information can be masked while still enabling review of large but detailed data sets for a variety of wound and patient criteria.

A computer generated 3-D model of the human body (avatar) is created by aggregating personal health and medical data of a user. This data may include data derived from the user's electronic medical record. The user's physical characteristics are entered into the software to generate a personalized avatar that resembles him or her. Data regarding the user's medical history and physical characteristics are visualized on the avatar to map the past and present states of the user, and may be modified by a set of health variables for the purpose of projecting a future body image over established time intervals.

The present disclosure is directed toward global medical data analysis methods, systems, and computer program products for analyzing, classifying, and matching mass amounts of medical information from many sources and across different regions. The global medical data analysis system includes a medical main server that contains an intelligent medical engine, which is communicatively coupled to a central database, a confidential electronic medical records database, and further communicatively coupled through a network to hospitals, clinics, and other medical sources. The intelligent medical engine receives voluminous medical record, potentially from different countries, regions, and continents. Electronic Medical records are sourced from hospitals, clinics, and other medical sources, which are fed into the intelligent medical engine for large-scale analysis and correlation of patients' medical records globally. The analysis starts by degrouping (classifying) medical records into multiple levels of subgroups according to patient clinical parameters, disease templates, treatments and outcomes. When a new patient enters the system, that patient's parameters and disease template are matched against the closest subgroups to suggest treatments with potentially favorable outcomes.

Universal internet access to a patient's critical medical records is obtainable by creating an anonymous medical homepage for each patient which is devoid of any personal identifiers. The anonymous medical homepage is hosted on a centralized data server which receives medical information from a participating physician's electronic medical records program. At the time of an office or consultation visit, EMR data is captured by the data center and processed so as to append critical patient medical information to the patient's anonymous homepage. The owner of the anonymous homepage is identified solely by a pseudoname and password, such that the patient's identity is maintained in confidence. A medical alert bracelet or medical alert card, containing the patient's pseudoname and password, gives notice and grants access to an emergency physician in cases where the patient is unconscious or otherwise unable to communicate a scientifically rigorous and detailed medical history.

A method for conveying complex or large amounts of data to a user in a readily understandable fashion. The method includes providing a computerized graphical user interface for displaying information to a user of the method, providing a reference database containing data pertaining to a field of endeavor engaged in by a user of the method, the reference database being stored on an electronic medium in communication with the computerized graphical user interface, streamlining by an automated process the data contained in the reference database such that at least a portion of the data is identified as being that which is pertinent to a problem being addressed by the user, displaying with the computerized graphical user interface at least a portion of the data identified as being that which is pertinent to a problem being addressed by the user, and displaying to the user with the computerized graphical user interface a graphical timeline illustrating a history of the problem being addressed by the user.

A programmable rules-based interface between a patient and an electronic medical record EMR allows controlled patient access to the EMR allowing increased patient participation in the healthcare process. The interface allows the patient to directly schedule appointments for procedures, while filtering requests from patients who are not eligible for a given treatment, thereby limiting waste in resources.