39 results about "Clinical record" patented technology

A system and related techniques automatically generate optimized, best-match or sufficient assignments of care providers, such as physicians, nurses or technicians, to a patient based on clinical evidence, documentation, workload, infectious status and other factors. In embodiments, the patient's chart or other clinical record may be accessed by a rules-based engine configured with rules which relate a patient's clinical status and needs to the qualifications, certifications, capabilities and skills of care providers and select the care provider best qualified to service that patient's clinical requirements. The pool of available care providers may for example be ascertained from personnel systems recording staff schedules and estimated workload, while the qualifications of each provider indicating the categories of patient care and support that provider is qualified to provide may be accessed from a provider data store. For instance, nurses or technicians trained or certified in acute, emergency or surgical care may be identified for assignment to high acuity patients, or those presenting special or advanced care demands. According to the invention in a further regard, the provider's potential infectious exposure to other patients or from other sources may be screened to prevent that provider from being assigned to immune-compromised or other patients. Embodiments of the invention may present floor managers with a graphical display of available providers and generated assignments, which in embodiments the manager may override at their clinical discretion. Because patient needs are automatically aligned with provider capabilities, availability and other factors, the errors, oversights and inefficiencies of manual or informal assignment systems are avoided and better health care delivery can be realized.

The invention discloses a medical clinical quality monitoring and evaluation system based on a single-disease model, and relates to the field of medical quality management. The system comprises a clinical data integration subsystem, a data cleaning and standardization subsystem, a statistic analysis and evaluation algorithm subsystem and a clinical quality management application subsystem. The clinical data integration subsystem is used for sending collected case data in the original diagnosis and treatment process of single diseases into a clinical record database; the data cleaning and standardization subsystem is used for selecting case data from the clinical record database and processing the data to form a single-disease evaluation database; the statistic analysis and evaluation algorithm subsystem is used for performing index calculation and comprehensive evaluation calculation on the received data; the clinical quality management application subsystem is used for displaying a comprehensive evaluation result obtained after the statistic analysis and evaluation algorithm subsystem performs calculation. Through the system, processing and statistic evaluation of the clinical data in clinical quality management are achieved, and a medical quality manager can truly and objectively master the quality of the diagnosis and treatment process of various diseases in various clinical departments in real time in a full-quantized mode.

A method for maintaining and providing access to electronic medical records preferably utilizing multifunctional handheld tablet computers for real-time access to patients location and their records and rapidly updating those records. Using the tablets, tests can be ordered, results accessed and prescriptions sent electronically to pharmacists after being checked for allergic or drug interaction complications. Many medical provider's' records on the same patient reside on a central database giving a full view of the patient's complete medical history. Privacy of patient records is assured using permission and security protocols to secure the records from unauthorized access.

A method and device for maintaining and providing access to electronic medical records preferably utilizing multifunctional handheld tablet computers for real-time access to patients location and their records and rapidly updating those records. Using the tablets, tests can be ordered, results accessed and prescriptions sent electronically to pharmacists after being checked for allergic or drug interaction complications. Many medical providers' records on the same patient reside on a central database giving a full view of the patient's complete medical history. Privacy of patient records is assured using permission and security protocols to secure the records from unauthorized access.

A system and method for providing access to clinical data over the Internet. The system includes a server, and a database in communication with the server. The database stores clinical data sets. The system further includes a thin client, a communication link between the server and the Internet, and a communication link between the thin client and the Internet. Software executing on the server receives a request for one or more clinical data sets, retrieves the requested clinical data sets, and transmits the clinical data sets to the thin client.

The invention relates to an inter-hospital unstructured information archiving method. A data source abstraction mechanism determines the specific processing rules and forwarding direction of a data packet by adopting an event-based automatic data routing mechanism in combination with pre-defined data forwarding rules in a data exchange server. In the method, a medical information provision and archiving platform is constructed among hospitals by using advanced virtualization, automation and cloud computing technologies, and can endow the hospitals, clinics, research institutions and pharmaceutical firms with highly-available, multilayer, multi-application and multi-site enterprise archiving and storage capability, provide medical images, clinical record and other key reference information related to medical healthcare for medical healthcare mechanisms according to needs, help the medical healthcare mechanisms optimize new or conventional storage investment and support the long-term development of services.

A computer-implemented system is used for implementing an improved personal health record enrollment process. The system includes an electronic medical record system configured to generate configured to generate an index file, the index file associated with patient medical data including the clinical records of the patient, wherein the index file is augmented with encrypted metadata generated based on the patient medical data and configured to include patient authentication information. The system further includes a personal health record web portal configured to implement a patient enrollment process including the steps of receiving patient authentication input, authenticating the patient authentication input based on the received patient authentication input and the encrypted metadata in the index file, and generating a patient enrollment account for the patient based at least in part on the patient authentication information.

A current system allows data-driven hypothesis generation to identify therapeutic candidates for a disease phenotype treatment by identifying drugs and clinical indications associated with lower occurrences of disease-associated phenotype(s) by a drug / drug class. A current system may include a pharmaceutical hierarchical ontology; a phenotype hierarchical ontology; a record database comprising clinical event records; a database mining engine; and a mapping engine. The database mining engine may iteratively progress through a portion of the pharmacological hierarchical ontology and phenotype hierarchical ontology to iteratively select pairs of cohort entries from each ontology; and for each pair of cohort entries, query the clinical record database for matching records. The mapping engine may map each pair of cohort entries into a matrix comprising a drug-event cell for each pair and apply a value thereto representing the number of database records matching items returned by the database mining engine for the corresponding cohort entries.

In a method for accessing, recording and maintaining the clinical records of medical patients, a database is established for receiving and maintaining comprehensive clinical records of medical patients. The database is remotely accessible by one or more care givers and has software-based programming associated therewith. The database us populated with patients' clinical records and is remotely accessible to electronically retrieve at least a portion of the patient's clinical records. The clinical records are downloaded and displayed for viewing by the caregiver. Advertisements can also be displayed for viewing by the caregiver upon accessing the database.

Disclosed herein are methods and systems for identifying one or more potential biomarkers for a clinical outcome related to administration of an agent. The method includes processing molecular profile data for a plurality of subjects where the molecular profile data includes data obtained before, during and / or after administration of an agent to the plurality of subjects. The method also includes processing clinical records data for the subjects, where the clinical records data includes clinical outcome data, integrating the processed molecular profile data and the processed clinical records data for the subjects and storing in a database as merged data, selecting two or more subsets of the merged data using one or more criteria based on the clinical records data to generate two or more selected data sets, and analyzing one or more of the selected data sets to identify one or more potential biomarkers for a clinical outcome related to administration of the agent.

A method and system for conducting genomic sequencing, the method comprising storing a set of user application programs wherein each of the programs requires an application specific subset of data, for each of a plurality of patients that have cancerous cells and that receive cancer treatment, obtaining clinical records data in original forms including cancer state information, treatment types and treatment efficacy information, storing the clinical records data in a semi-structured first database, for each patient, using a genomic sequencer to generate genomic sequencing data for the patient's cancerous cells and normal cells, storing the sequencing data in the first database, shaping at least a subset of the first database data to generate system structured data including clinical record data and sequencing data wherein the system structured data is optimized for searching, storing the system structured data in a second database, for each user application program, selecting the application specific subset of data from the second database and storing the application specific subset of data in a structure optimized for application program interfacing in a third database.

When annotating a patient's medical or clinical record, an automated annotation system compares aggregated patient data (e.g., historical vital sign data, lab results, patient admission / discharge / transfer information, etc.) and matches events and / or patterns therein to procedure profiles to determine whether a given procedure is required, in progress, or completed. If the probability of procedure necessity or occurrence is above a predetermined threshold, then system inserts an annotation into the clinical record to mitigate a need for a clinician to manually enter the annotation. Alarm parameters are adjusted to reflect a physiological response to the determined procedure, to reduce false alarm triggers. Additionally or alternatively, triggered advisories may be suppressed from the user interface for a time period during which conditions specified in the procedure profile exist, or for a specific period of time following the procedure. In another embodiment, triggered advisories that occur under the specific conditions identified in a procedure profile may be flagged in the patient's medical record with a notification that the suspected procedure is being performed.

A computer program product includes multiple microservices for interrogating clinical records according to one or more projects associated with patient datasets obtained from electronic copies of source documents from the clinical records. A first microservice generates a user interface including a first portion displaying source documents and, concurrently, a second portion displaying structured patient data fields organized into categories for entering structured patient data derived from the source documents displayed in the first portion. Categories and their organization are defined by a template and include cancer diagnosis, staging, tumor size, genetic results, and date of recurrence. A second microservice validates abstracted patient data according to validation rules applied to the categories, validation rules being assigned to the projects and performed on the categories as they are populated. A third microservice provides abstraction review performed by an assigned abstractor or an abstraction manager and spans one or more of the projects.

The present invention relates to a data analysis method and system for disease diagnosis aid, and more specifically, to a technique and system capable of providing analysis results through integrated analysis of clinical, MRI images, and genotypic data to aid in disease diagnosis. The method includes receiving medical data of a subject; selecting disease-related data using the medical data; and calculating the disease probability according to the selected disease-related data. The medical data provides a configuration including clinical records, genetic and genetic variants, and MRI.

The invention discloses a traditional Chinese medicine auxiliary clinical diagnosis method and specifically relates to the field of clinical diagnosis of traditional Chinese medicine. The auxiliary clinical diagnosis method comprises the following steps of: S1, firstly collecting traditional Chinese medicine clinical consultation data through the Internet and various traditional Chinese medicine hospitals to obtain various symptoms and consultation records in the traditional Chinese medicine clinical records, and then, organizing the consultation records and their corresponding symptoms into text data, and storing the text data in a traditional Chinese medicine clinical auxiliary diagnostic system according to classifications; S2, representing the traditional Chinese medicine consultationtext data in the form of computer-calculable numerical data by a data characterization method; and S3, calculating the represented data form by a multilayer perceptron model to determine the symptom condition corresponding to the traditional Chinese medicine consultation data. The method converts the text data into numerical data through the data characterization method, and finally inputs the numerical data into the multilayer perceptron model, and achieves searche through multi-label classification tasks so as to assist the traditional Chinese medical staff, and performs traditional Chinesemedicine diagnosis especially in the case of insufficient experience or scarce medical resources.

The invention relates to the technical field of medicine research, and discloses a medicine curative effect evaluation system based on real-world research, which is characterized by comprising medicine research data used for clinically recording, storing medical technical data and storing medicine use records, and the medical technical data comprises medical images, medical cases, medical examination and historical medical data; according to the medicine curative effect evaluation system based on the real-world research, VNA wide-area barrier-free data collection is achieved through data collection, real-world medical data are collected in multiple directions, the system can be applied to lesion change effect evaluation, a traditional network is replaced by data security and a 5G novel network architecture, various kinds of data are collected more quickly, network and data transmission, encryption and key security, identity authorization and access control are covered, and the advantages of application security, backup and disaster recovery are further improved.

A user interface is provided that requests clinical note data from a healthcare provider as a patient is being seen by the healthcare provider. The clinical note data requested includes data needed to populate one or more variables of one or more national registries and data needed to populate a clinical note medical record of an existing electronic medical records system. The clinical note data entered by the healthcare provider for the patient is received from the user interface. Automatically and at substantially the same time, the entered clinical note data needed to populate a clinical note medical record of an existing EMR system for the patient is stored in the existing EMR system, and the entered clinical note data needed to populate one or more variables for the patient for the one or more national registries is stored in a database.

[Problem to be solved] To provide a personal data application system with which it is possible to manage, over a cloud system or other network, persona data such as electronic clinical records, electronic health insurance cards, electronic passports, and electronic ID cards, and to thereby prevent unauthorized use thereof.[Solution] An opening authentication code and a closing authentication code, which is for performing normal termination and exiting, are set for various personal data application files that are to be used by a personal data application. The persona data application comprises: an application file opening function for opening a personal data application file once the opening authentication code has been inputted; an application file editing function for accepting data editing done by another authorized person; and an application file closing function for establishing the data editing content provided by the application file editing function once the closing authentication code has been inputted, and the performing normal termination and exiting.

The invention discloses a clinical automatic diagnosis method and system based on a hierarchical structure and a co-occurrence structure, and the method comprises the steps: collecting basic data, andcarrying out the preprocessing of the basic data, and the basic data at least comprises an electronic health record of a patient, a diagnosis code set of the patient, and a hierarchical structure between diagnosis codes; modeling clinical record text features based on the preprocessed basic data; modeling diagnosis code semantic representation based on the preprocessed basic data; and based on the clinical record text feature modeling result and the diagnosis code semantic representation modeling result, performing hierarchical allocation modeling on the diagnosis code to obtain a clinical automatic diagnosis result. According to the invention, by introducing modeling of the hierarchical structure, high-level diagnosis results can be used for guiding distribution of low-level diagnosis codes, so that the problem of unbalanced distribution is solved, and meanwhile, the accuracy of clinical automatic diagnosis can be further improved by capturing correlation between the diagnosis codesthrough a co-occurrence structure.

A method and system providing multiple ophthalmic and retinal blood measurements is outlined. By extracting multiple digitized wavelength images and quantitative data within a relatively short time period the method allows for compensation of a patients eye or head movement, generation of ophthalmic clinical records, and determination of data relating to blood measurements, such as oxygen saturation and hemoglobin, in addition to ocular and other disease determinations. The method provides for multiple analysis and measurements within a single sitting of the patient, with a single simple instrument and without adaptations to the instrument during a patients eye examination. Beneficially the approach allows for low cost, compact, and even portable implementations offering such analysis and determination outside the current ophthalmic centers providing eased access and earlier diagnosis opportunities.