59 results about "Patient demographics" patented technology

An apparatus for capturing and storing medical emergency information under the adverse circumstances of the emergency scene, without relying on multiple computers and remote communications for support during use. To accomplish data capture and storage, use of a single ruggedized hand held computer with a graphical user interface employing a touch sensitive display screen, and pen stylus for simplifying documentation of patient demographic, history and medications data, focal patient complaints and problems, vital signs, physical exam findings, medication administration, routes and quantities, motorized vehicle crash history, case disposition, emergency crew, and case review and notes. Collection of focal patient complaints and problems is simplified through a body graphical user interface. Easily accessed reference databases for drugs and protocols support the emergency medical technician. Handwriting recognition, signature capture and numerical data entry enable obtaining of necessary crew and patient signatures and other data, including patient refusal of care. Through the use of a variety of secure communication interfaces, printing or transfer of all data collected is provided to other systems. Full compliance with NHTSA and Utstein minimal data reporting set requirements.

The present technique provides a novel method and apparatus for generating a multi-media patient summary which integrates patient information including a wide range of information having disparate formats and originating from isolated systems. The multi-media may be delivered to care providers and patients for use in medical diagnosis and care. The contents of the multi-media patient summary may be tailored to meet the needs of the specific care provider, and may include, for example, clinical data, patient demographics, and reference materials. The summary may be a digital file that encapsulates patient information having formats, such as text, images, sound files, video, waveforms, hypertext links, and so forth. The file may be encrypted and require a proprietary or non-proprietary reader to view. Additionally, the flow of information may be bi-directional between the multi-media patient summary and users of the summary.

A medical information system for facilitating the treatment of a patient by a clinician is provided. The medical information system may include a processor. The medical information system may include an input device readable by the processor. The medical information system may include a demographic information interface configured to allow the input of patient demographic information for the patient from the input device. The medical information system may include a medical history interface configured to allow the input of medical history information for the patient from the input device. The medical information system may include an examination interface configured to allow the input of examination information for the patient from the input device The medical information system may include a diagnosis interface configured to allow the clinician to select a diagnosis using the input device.

This invention describes methods and algorithms for processing a plurality of relevant signals/data intrinsic to a patient and/or derived from external diagnostic equipment for management of atrial arrhythmias. The intrinsic signals are acquired from intracardiac leads/sensors and analogous extrinsic data obtained from imaging equipment and patient demographics. These data are input into software algorithms that use digital signal processing to output informational data of clinical and technical relevance after comparisons are made to patients with access to this technology whose outcome under varying treatments is known. These combined data are used to define prognosis, make treatment suggestions, direct programming of cardiac devices and digitally convert intrinsically and extrinsically derived indices into a common metric. In a preferred embodiment, the intrinsically and extrinsically acquired data is utilized in the design of catheters and software algorithms for performing intracardiac procedures such as ablation of atrial arrhythmias.

The present invention provides an improved, Internet-based system that seamlessly collects cardiovascular data from a patient before, during, and after a procedure for EP or an ID. During an EP procedure, the system collects information describing the patient's response to PES and the ablation process, ECG waveforms and their various features, HR and other vital signs, HR variability, cardiac arrhythmias, patient demographics, and patient outcomes. Once these data are collected, the system stores them on an Internet-accessible computer system that can deploy a collection of user-selected and custom-developed algorithms. Before and after the procedure, the system also integrates with body-worn and/or programmers that interrogate implanted devices to collect similar data while the patient is either ambulatory, or in a clinic associated with the hospital. A data-collection/storage module, featuring database interface, stores physiological and procedural information measured from the patient.

A mobile monitoring and communication system integrates communication services (text, voice, video, and data) with medical information (e.g., patient medical record, patient demographics, reason for procedure, workflow information, etc.) within a radiology department, for example. A medical information system for use with portable processing devices involves a portable processing device including a communication processor for receiving messages from one or more different healthcare workers. An individual message identifies, a task for performance by a particular healthcare worker for a patient, patient and task associated context information and a priority level of the task. A user interface provides data representing at least one display image for display to a user and comprising an overview of tasks of the different healthcare workers including the task for performance by the particular healthcare worker.

A method and system for inventory management of pharmacies and for detecting trends includes a pharmacy search and order service that receives information on prescriptions and communicates the prescription information to the pharmacies. The pharmacy search and order service also receives patient information, such as patient demographic data. The prescription information and patient information received by the pharmacy search and order service is transferred to a self-learning service where a rule database analyzes the information to detect trends in usage of medical items. The pharmacy search and order service determines which pharmacies have requested medical items in inventory and provides user output information indicating availability of the medical items at the pharmacies or indicates a nearest pharmacy having the items. An option provides for confirmation from the pharmacy of the item in inventory.

The present invention provides an improved, Internet-based system that seamlessly collects cardiovascular data from a patient before, during, and after a procedure for EP or an ID. During an EP procedure, the system collects information describing the patient's response to PES and the ablation process, ECG waveforms and their various features, HR and other vital signs, HR variability, cardiac arrhythmias, patient demographics, and patient outcomes. Once these data are collected, the system stores them on an Internet-accessible computer system that can deploy a collection of user-selected and custom-developed algorithms. Before and after the procedure, the system also integrates with body-worn and/or programmers that interrogate implanted devices to collect similar data while the patient is either ambulatory, or in a clinic associated with the hospital. A data-collection/storage module, featuring database interface, stores physiological and procedural information measured from the patient.

A system provides a user interface for viewing nursing problems with multiple levels of granularity in a knowledge base and rendered in an application that are dependent on context of problems, patient demographic information and information needed by a user interface image. A user interface system presents patient medical problem information to a user. The system includes a first search processor for automatically searching a knowledge base of information associating multiple different medical problems with corresponding attributes to find an attribute indicating a particular characteristic of a particular medical problem, in response to occurrence of an event. A display processor initiates generation of data representing a display image. The display image includes, a first image area for including data indicating candidate medical problems and associated attributes and a second image area for including data representing assigned medical problems of a particular patient and enabling a user to select a medical problem for transfer from the first image area to the second image area.

A system (500) for automated clinical diagnosis includes: a knowledge graph (310, 510) generated using a curated corpus of medical information (520) and comprising a plurality of nodes; a user interface (512) configured to receive input comprising information about at least one patient symptom (316) and at least one patient demographic parameter (318); and a processor (530) configured to extract the at least one patient symptom and demographic parameter, and further configured to: (i) weight the extracted patient symptom; (ii) query the knowledge graph to generate a diagnosis graph as a subset of the knowledge graph; (iii) identify a ranked list of medical conditions for the patient from the diagnosis graph; and (iv) adjust, based on the extracted at least one demographic parameter about the patient, the ranking of the ranked list; wherein the identified medical conditions are provided to the user via the user interface.

A system, method and computer program product for forecasting one or more clinical pathways and resource requirements of at least one patient are provided. The system comprises an input module for receiving inputs pertaining to patient diagnostic data, the patient diagnostic data comprising information identified during diagnosis of the patient. The system also comprises a repository for storing data comprising at least one of patient data and pre-existing clinical pathways. The patient data comprises at least one of the patient diagnostic data received from the input module; patient historical data comprising historical treatment data of the patient and patient demographic data comprising demographic details of the patient. The system also comprises a clinical pathway forecasting module for forecasting clinical pathways by application of predetermined analytical models on the patient data and pre-existing clinical pathways. The system further comprises a resource requirement forecasting module for forecasting resource requirements of the patient.

An archive system is provided for long term storage of large amounts of data that is particularly suited for multi-year storage of medical data such as cardiac images, patient demographics and reports. One or more digital versatile disks (DVDs) may be employed as the storage media. In the archival process, all of the data for a particular patient, procedure or study is stored and uniquely identified within one DVD. Each DVD may have an executable program stored thereon for independently accessing the archived data from the selected DVD. Before the DVD is recorded, the data to be archived is segmented into a plurality of information groups where each group is based on data for the particular patient, procedure or study. Then, the DVD is reviewed to determine whether a sufficient amount of storage space is present to ensure that the information group will be entirely stored within one DVD.

Systems, methods, and computer-readable media for declining, attaching, and editing patient context to mobile voice communication are provided. Patient demographic or alert information is attached to items within call histories associated with voice communication which are stored in the EMR and utilized for later analysis (e.g., analytics, patient progress, billing, reimbursement, staff scheduling, patient acuity, and the like). In embodiments, the context is declined, attached, or edited to items from the call history. In embodiments, the context is attached to items in the call history when the voice communication is initiated.

Method and system for real-time capturing of real-time images from the real-time interaction between the medical professionals and patient by using a common interaction platform for e.g. web browser, where in the system and method are used to capture the image in a real-time, where the medical professional or the patient can capture the image any point of time based on the view selected by the user, this capturing of the image is captured from the real-time video camera display. The interaction session combines the captured image with patient demographic information into a single patient data file that is archived within a searchable database.

A method is provided including determining at least one range of phases of a cardiac cycle from which to select a selected phase based on at least one of patient demographic information, patient physiological information, or a general physiological model. The method also includes generating corresponding intermediate images for each of the phases of the at least one range of phases. Further, the method includes selecting the selected phase based on at least one image quality (IQ) metric of the intermediate images. Also, the method includes generating an image for diagnostic use using imaging information from the selected phase.

A system and method for estimating medical billing codes and patient's financial responsibility for the services availed or to be availed by patients from medical services providers and legal healthcare organizations is provided. The system provides a platform to users such as patients, medical services providers, and legal healthcare organizations to be informed in advance about estimated prices of medical services and medical insurance coverage to be availed by the patients. Patient's financial responsibility is calculated from medical concepts stored in the system and corresponding historical billing codes and medical insurance coverage for a patient. Further, methods of setting custom rules in the system to refine results based on patient demographics and other parameters are provided. Advantageously, the system provides automatic sharing of information among users and notifications on updated information and helps the users to enquire, network and market their services.

A method for predicting a cancer staging score from medical image data includes receiving patient data for a plurality of patients, where patient data for each of the plurality of patients includes one or more of an image volume of a suspected tumor in an organ, blood test data, demographic data, and ground truth tumor staging scores for the suspected tumor in the organ, extracting features from the patient data, and using the features extracted from the patient data to train a classifier to predict a cancer staging score for a new patient from one or more of an image volume of a suspected tumor in the organ, patient blood test data and patient demographic data of that new patient.

A computer-implemented system and method for fast, reliable and automated processing for intima-media thickness (IMT) measurements. Various embodiments include receiving biomedical imaging data and patient demographic data corresponding to a current scan of a patient; checking the biomedical imaging data in real-time to determine if an artery of the patient has a calcium deposit in a proximal wall of the artery; acquiring arterial data of the patient as a combination of longitudinal B-mode and transverse B-mode data; using a data processor to automatically recognize the artery; using the data processor to calibrate a region of interest around the automatically recognized artery; and determining the intima-media thickness (IMT) of an arterial wall of the automatically recognized artery.

A computer-implemented system and method for intima-media thickness (IMT) measurements using a validation embedded segmentation method. Various embodiments include receiving biomedical imaging data and patient demographic data corresponding to a current scan of a patient; checking the biomedical imaging data in real-time to determine if an artery of the patient has a calcium deposit in a proximal wall of the artery; acquiring arterial data of the patient as a combination of longitudinal B-mode and transverse B-mode data; using a data processor to automatically recognize the artery by embedding anatomic information; using the data processor to calibrate a region of interest around the automatically recognized artery; automatically computing the weak or missing edges of intima-media and media-adventitia walls using edge flow, labeling and connectivity; and determining the intima-media thickness (IMT) of an arterial wall of the automatically recognized artery.

A computer-program-implemented system for creating and maintaining physical therapy patient information and displaying the patient information via a graphical user interface comprised of a series of pages which are interconnected/interlinked. The computer-program-implemented system includes the ability to efficiently evaluate therapy patients in a standardized fashion by receiving, recording and storing patient demographic information in a database, selecting a standardized automated evaluation from a previously generated list of several possible standardized automated evaluations (the selected standardized automated evaluation containing a series of questions), recording responses to said series of questions contained in the selected standardized automated evaluation and storing said responses in said database, and assigning a numerical value or score to said evaluation as a function of said recorded and stored responses.

Systems, method, and computer program products are provided for a patient care application. The patient care application provides for a personal reference list for patients, and healthcare providers alike. According to specific embodiments, the patient care application aids in facilitating communication between ambulatory and inpatient care settings such that a patient can track their physician and/or healthcare specialist visits and hospital admissions/discharge history via a mobile device. Likewise, a physician or healthcare professional may access patient demographics, insurance information, and healthcare admission/discharge history via the mobile device. Furthermore, the patient care application allows a physician or healthcare professional to receive or submit information pertaining to the admission of a patient via the mobile device.