44 results about "Clinical report" patented technology

The assembly and communications of a generic reporting engine for offering clinical structured reports using the Internet in an encrypted manner is provided. This method of rendering structured reports employs a DICOM Structured Reporting (SR) software database engine that maps clinical report data into a clinical structured reporting data format using a Report Editor Plug-in which is responsible for constructing the report editor GUI, for parsing the DICOM SR report to show it in the Report Editor window and to store the report content created in the GUI to the DICOM SR format. The report engine can be configured with any number of software plug-ins, so totally different ways of acquiring user input may be implemented. The current invention implements the software plug-ins using a tree-like GUI. The current implementation of this plug-in is based on DICOM SR pull model which is considered more feasible to control its presentation form, but the reporting engine allows for implementation of push model report editor plug-ins. Nothing in this novel approach to clinical reporting prevents the application from implementing a report editor from editing any DICOM SR report in a generic way, like recognizing a report from voice dictation. The Reporting Engine of the present invention provides a way for the plug-ins to recognize if they are able to open the report or not. It can be done either by software plug-ins' report introspection or the process is configurable in the using the invention's reporting engine. The novel reporting engine provides a way of configuring a Report Editor Plug-in, so with one generic plug-in one may have many report templates just by configuring the plug-in. The currently implemented plug-in uses this possibility to define the report definition and GUI tree in a configuration file.

A method and system for generation and validation of clinical reports with built-in automated measurement and decision support is provided. XML templates may be used for ensuring report data quality. The template data may include static, dynamic, calculated data, and others. The validation method may be based on formal logical constraint specifications. The constraint descriptions may include data types, cardinality, order, co-occurrence, Boolean logic, read-only data, regular expression patterns, etc. The method can be used to validate collected data on-the-fly based on constraint specifications without human interaction.

Methods for implementing a structured clinical reporting system employing a DICOM Structured Reporting (SR) software database engine that maps clinical report data into a clinical structured reporting data format are disclosed. A workstation is used to create, sign, render, or transmit a structured clinical report. A conversion engine performs image recognition on the structured clinical report, which includes identifying data therein, segmenting the report, using a library to perform value object extraction on the segments, and converting the value objects to a DICOM format. A PACS server is usable to communicate with the conversion engine, workstation, and database. Various software plug-ins are usable, such that different methods of acquiring user input may be implemented.

The invention discloses an expert system, and a diagnosis and treatment system comprising the system. The system comprises a main service module, a doctor module, a diagnosis point module, a patient module, a storage unit, a network port, a printing device, a scanning device, an input device, a displaying device and an external storing device; a predicating module in the main service module is used for uploading the data from the doctor module to a background database through a foreground module; a doctor analyzes and refers to the data through the doctor module and then creates a clinical report. According to the expert system and the diagnosis and treatment system for the patient recovery, the predicating module produces risk score and recovery strategy through a predicating model, and therefore, the credibility of the diagnosis and treatment and system is improved.

Methods for implementing a structured clinical reporting system employing a DICOM Structured Reporting (SR) software database engine that maps clinical report data into a clinical structured reporting data format are disclosed. A workstation is used to create, sign, render, or transmit a structured clinical report. A conversion engine performs image recognition on the structured clinical report, which includes identifying data therein, segmenting the report, using a library to perform value object extraction on the segments, and converting the value objects to a DICOM format. A PACS server is usable to communicate with the conversion engine, workstation, and database. Various software plug-ins are usable, such that different methods of acquiring user input may be implemented.

A method and system for conducting genomic sequencing, the system comprising a first microservice for receiving an order from a physician, the order to initiate an NGS of a patient's germline specimen and somatic specimen using a targeted-panel, a second microservice for executing an NGS of the patient's germline specimen to identify sequences of nucleotides in the germline specimen using the targeted-panel to generate germline sequencing results, a third microservice for executing an NGS of the patient's somatic specimen to identify sequences of nucleotides in the somatic specimen using the targeted-panel to generate somatic sequencing results, a fourth microservice for executing quality control (QC) testing on the germline sequencing results to generate a germline QC score and on the somatic sequencing results to generate a somatic QC score, a fifth microservice for generating at least one clinical report, and a sixth microservice for providing the at least one clinical report to the physician, the at least on clinical report comprising the patient's TMB status.

A user interlace system enables user selection of related parameters identifying an order for providing an item or service. The system employs a repository including information identifying candidate items or services for order and associated corresponding related order parameters in which an individual item or service for order is associated with multiple related order parameters. A user interface processor for, in response to user entry of order associated data, uses the repository in providing data representing a display image. The display image includes, an initial single candidate order including multiple order related parameters, order related parameter identifiers, multiple concurrently displayed columnar image areas correspondingly associated with the multiple order related parameters and individually incorporating multiple user selectable values for a respective individual order related parameter. In response to user selection of a first value for a first order related parameter in a first columnar image area for incorporation in the candidate order, corresponding compatible sets of order related parameter values are presented in remaining columnar image areas of the multiple concurrently displayed columnar image areas. The display image enables, in response to user command, user selection of a complete candidate order derived by selection of displayed order related parameter values in the concurrently displayed columnar image areas.

The invention relates to an automated analysis system for automatically screening the single gene disease and hereditary disease pathogenic gene based on patient clinical phenotype information and whole exome sequencing data. The system comprises four automatic analysis modules: (1) an automatic transferring subsystem for automatic transferring from patient clinical report to standardized phenotype term (HPO, human phenotype ontology); (2) an automatic analysis system for screening disease pathogenic gene based on patient standardized phenotype; (3) an automatic analysis system for screening disease pathogenic gene based on patient whole exome sequencing data; and (4) a p value integration system. The system adopts a possibility model to calculate the possibility of developing a certain single gene hereditary disease under the situation that a certain standard phenotype of the patient is provided, and utilizes a computer statistic check method to systematically evaluate the significance level of developing a certain single gene hereditary disease after all standard phenotype of the patient are provided, so as to accordingly achieve the purpose of screening candidate disease pathogenic gene based on clinical standard phenotype.

A method includes obtaining, in electronic format, an image (102) including a medical image display region (104) and an information display region (106). The at least one of the medical image display region or the information display region includes graphical indicia representing at least one of an annotation (110, 112, 114, 116) or alphanumeric information (118, 120, 122, 124, 126, 128, 130, 132, 134, 136, 138, 140). The method further includes evaluating pixels of the image to identify pixels including the graphical indicia representing an annotation or alphanumeric information of interest in the image. The method further includes extracting the annotation or alphanumeric information of interest from the identified graphical indicia from the image. The method further includes inserting the extracted annotation or alphanumeric information of interest in an electronically formatted clinical report for the image.

The present invention relates to a Chinese traditional medicine for treating throat diseases of chronic laryngeal yin symptoms and method for making same. According to related iatrology clinical reports, the number of patients suffering from various chronic throat diseases is 12% of the total population in china. At the present time, in china, there are few pure Chinese traditional medicine formulation medicines for treating clinically throat diseases, especially for treating chronic laryngeal yin (vocal nodules, sound tape polypi, mucous membrane thickening) and the like. According to the present invention, pinellia tuber, kernels of peach, rouge vegetal for promoting flow of qi and blood circulation, eliminating the silt and vein relaxing, fritillaria and chicken's gizzard-skin for liquefying the phlegm and breaking the mass, are used as the principal agents; together with flower of honeysuckle, dandelion for preventing phlegm silt and avoiding the fire change of yang, ophiopogon root for nourishing yin and moistening dryness, oroxylum indicum for guiding jing and relieving depression; to reach the functions of silt eliminating and phlegm degeneration. Thus, the present invention has remarkable curative effects, can exert curative effects to more degree, with short curative effect periodic time, fast effects, high strengthening rate, without clinical toxic and side effects and recurrences.

Various methods for automatically generating a structured clinical report by using a pre-defined template structure and mapping it to the imaging data set of an organ (such as a CT or MR scan) are presented. A template or knowledge structure may describe the general structure of a tube- like organ, and may be based on prior knowledge related to acceptable ranges of measurement or rations for a particular organ or area of interest. The organ of interest may be segmented out from original image slices. In exemplary embodiments of the present invention a corresponding centerline can be calculated and a skeleton of the tube-like o rgan can be created. Based on the centerline extracted, a knowledge structure (template) can be mapped to the organ data. Since required measurements may be defined in the template, actual measurements can be automatically calculated for th e structure. Such measurements may be further refined in a three dimensional environment, and can be used to form a structured clinical report for further use.

The present invention relates to a Chinese traditional medicine for treating laryngopharyngeal paresthesia and method for making same. According to related iatrology clinical reports, the number of patients suffering from various throat diseases is 12% of the total population in china. At the present time, the most of the medicines for treating throat inflammation in china are a drug for treating a plurality of diseases, and the curative effect is not very ideal, especially medicines for treating chronic laryngeal yin, laryngopharyngeal paresthesia, sound tape thickening symptoms and the like exhibits tiny tiny curative effects. According to the medicine composing prescription in accordance with the present invention, pinellia tuber, Arisaema cum bile for dispersing pathogenic wind and resolving phlegm, poria cocos wolf which is sweet and light and used for excreting dampness to cultivate the spleen, perilla stem, magnolia bark and citrus aurantium for elevation and subsidence of the functional activities of qi, are used as the principal agents; together with amomum fruit, areca-nut, medicated leaven for activating the spleen and harmonizing the function of the stomach, oroxylum indicum for guiding jing and relieving depression, cicada-shell for relieving sore-throat and spasmolysis; then the medicine composing prescription has the functions of functional activities of qi smoothing, phlegm dehumidificaiting, throat benefiting and the like.Thus, the medicine has remarkable curative effects, can exert curative effects to more degree, with short curative effect periodic time, fast effects, high strengthening rate, without clinical toxic and side effects and recurrences.

The invention relates to a method for detecting a genetic disease gene and particularly discloses a method for detecting a spinal muscular atrophy virulence gene. The method comprises the following steps: 1, performing enrichment processing on SMN1 and SMN2; 2, preparing a nanopore sequencing library for sequencing; 3, sequencing by a sequenator; and 4, performing clinical report evaluation on the obtained sequence file. The method is convenient to use, low in cost and can effectively and accurately detect the copy number of the spinal muscular atrophy virulence gene, the small segment insertion and deletion, the point mutation, the noncoding region mutation and even the gene translocation, and brings help and breakthrough for the clinical diagnosis and scientific research on the spinal muscular atrophy.

A system for serial comparison of physiological data, including: a controller; a user interface; and a memory including instructions that, when executed by the controller, perform the steps of: receiving from a first data source a current clinical report including first set of physiological data of a patient and computer-generated first interpretive statements; accessing, from the patient file in a patient database, a previous clinical report including a second set of physiological data of the patient and physician-edited interpretive statements; mapping the physician-edited interpretive statements into one or more codes of a structured data format, wherein each code uniquely identifies a medical state; performing a serial comparison between the current clinical report and the previous clinical report to generate serial comparison interpretive statements; providing to a user, via the user interface, the serial comparison interpretive statements; and receiving, via the user interface, current physician-edited interpretive statements.

Interventional medical procedures involve a complex sequence of actions, often involving many different medical professionals and items of equipment. These actions, and their notable attributes, should be recorded in detail, in case they are required during a consultation in the future. A typical medical interventional procedure could require hundreds, or even thousands, of actions to be recorded.This places demands on a medical practitioner during the intervention. Typically, important information is dictated into a report after an intervention. Attempting to produce the report by traditional means, such as by dictation, after the intervention is time-consuming. The proposed approach enables the formation of clinical reports based on structured interventional medical reporting data recorded during a medical intervention in an easier, and more accurate way. Interventional procedure status indications are used which may be derived from existing medical equipment, or information inputs.

A method for reviewing a document using a computing device, the computing device comprising a display for displaying the document in a user interface (UI) and one or more processors, the processor for executing a plurality of computer readable instructions, the computer readable instruction for implementing the method, the method includes displaying to a user within a document one or more pinned indicators, each of the one or more pinned indicators associated with respective certain information in the document, detecting the selection of one of the one or more pinned indicators, directing the user to the certain information associated with the selected pinned indicator, and receiving a confirmation that the user has reviewed the certain information associated with the selected pinned indication.

The invention provides a method for generating an operation record and assisting in management and application in an operating room through voice recognition, and the method comprises the following steps: pre-setting clinical related professional data in a voice recognition system, including clinical diagnosis information, diagnosis and treatment routines, a medicine library and an event library;before an operation, inputting operation list information into the system, wherein the operation list information comprises patient names, departments, inpatient areas, bed numbers, hospitalization numbers, operation doctors and operation nurse information; during an operation, acquiring the first-time voice record of an operation doctor through a doctor clip type microphone, wherein the system automatically identifies keywords and compares the keywords with background data, and automatically generates an operation record text correspondingly; meanwhile, recording the image data in the operation process through camera equipment; after the operation, enabling a surgeon to correspondingly manage clinical images and snapshots recorded in the operation by utilizing various events occurring ateach time node in the record according to an operation record generated in the operation, wherein the surgeon is supported to conveniently and quickly edit and generate a professional operation clinical report after the operation.

A system for generating a patient clinical history for a current exam includes a clinical information database containing one or more clinical documents. Each clinical document including a list of patient specific information items. A clinical information crawler engine queries the clinical information database for clinical data, the clinical data including one or more information items. A clinical history construction interface displays the clinical data to the user. A narrative construction engine concatenates information items within the clinical data selected in the clinical history construction interface by the user and creates a free-text rendering, wherein the free-text rendering is inserted into the patient clinical history of a clinical report.

Instructions (108) cause a processor (104) to: classify a clinical report for a subject under evaluation by one of anatomical organ or disease; identify and retrieve clinical reports for the same subject from the healthcare data source(s); group the retrieved clinical report by one of anatomical organ or disease; select a group of the clinical report, wherein the group includes reports for a sameor related one of the anatomical organ or the disease; build a model that predicts semantic relationships between nodes in the reports in the selected group of reports based on one or more of extracted parameters or keywords; compare one of the parameter values or the keywords across the reports using the model; construct a graphical timeline of the reports; highlight differences in the parametervalues or the keywords based on a result of the compare; and visually present the graphical timeline with the highlighted differences.

The invention provides a mode-driven intelligent gastroscopy report generation method and system, a storage medium and electronic equipment, and relates to the technical field of intelligent gastroscopy report generation. According to the method, gastroscopy images and a pre-constructed report dictionary are fused, a pre-trained image part recognition network is constructed on the basis of an encoder-decoder framework of Transformer, and part feature information of the images is extracted; meanwhile, a gastroscopy position mode storage module LMS is designed; the method accords with a clinical report generation process, and professional knowledge and experience of gastroscope doctors are integrated; by referring to the key mode information of the same examination part report, the automation degree of report generation is effectively improved, and the work pressure of gastroscope doctors for writing examination reports is greatly relieved.

Interventional medical procedures involve a complex sequence of actions, often involving many different medical professionals and items of equipment. These actions, and their notable attributes, should be recorded in detail, in case they are required during a consultation in the future. A typical medical interventional procedure could require hundreds, or even thousands, of actions to be recorded. This places demands on a medical practitioner during the intervention. Typically, important information is dictated into a report after an intervention. Attempting to produce the report by traditional means, such as by dictation, after the intervention is time-consuming. The proposed approach enables the formation of clinical reports based on structured interventional medical reporting data recorded during a medical intervention in an easier, and more accurate way. Interventional procedure status indications are used which may be derived from existing medical equipment, or information inputs.

A system (100) includes a parser engine (120), a context inferring engine (130), and an action selection engine (140). The parser engine (120) detects a recommendation in a received clinical report (112) for a patient. The context inferring engine (130) extracts and normalizes recommendation elements in the detected recommendation. The action selection engine (140) generates a patient actionable clinical report (142) based on the received clinical report and the extracted and normalized recommendation elements.

The invention provides traditional Chinese medicine. A recipe used by the traditional Chinese medicine comprises the following ingredients by weight: 15g of uncaria rhynchophylla, 10g of radix puerariae, 20g of selfheal, 15g of wild chrysanthemum flower, 15g of radix scutellariae and 8g of cassia seeds. The uncaria rhynchophylla has the effects of calming the liver to stop the wind and clearing away heat, and can be used for syndromes such as dizziness, headache and conjunctival congestion due to hyperactivity of liver-yang. The radix puerariae is common use wind-stopping exterior-syndrome-relieving medicine. According to clinical reports, the radix puerariae has an obvious curative effect when being used for treating hypertension with neck pain. The selfheal has the effects of clearing away the liver-fire and eliminating stagnation, and is commonly used for treating hypertension with liver-heat syndromes such as headache, dizziness, tinnitus, heat dysphoria and insomnia. The radix scutellariae and the cassia seeds have the effects of clearing away heat to eliminate dampness and purging fire to remove toxin, and has the effect of eliminating the syndromes, such as dizziness, headache, bitter taste and dysphoria, of liver channel heat hypertension. The wild chrysanthemum flower is good medicine for clearing away heat and toxic materials and lowering the blood pressure. Therefore the recipe focuses on wind dispelling, exogenous syndrome relieving and the treatment on the hypertension with the syndromes such as headache, dizziness, tinnitus, heat dysphoria and insomnia; and the effect of obviously lowering the blood pressure is achieved.

An apparatus (102, 104) and method for generating a formatted clinical study report (206) by analyzing submitted clinical study data (150) based on semantics and maximum entropy analysis at a server (104). Sections of the formatted clinical study report are identified in the submitted data (111) using semantics analysis and maximum entropy analysis (204). The identified sections are formatted and output as the formatted clinical study report (206). The formatted clinical study report (206) may be reviewed and edited after generation by a user interfacing with the server (104).

Contemplated panomic systems and methods significantly improve accuracy of genetic testing by taking into account matched normal data and expression levels of various genes in diseased tissue. Analysis and physician guidance is further improved by combining so identified clinically relevant changes with pathway analysis to thereby allow for classification of a tumor and / or identification of potentially druggable targets within affected pathways.

The present disclosure relates to frameworks and methodologies for enabling categorisation and / or searching of digitised information, including clinical report data. Embodiments of the invention have been particularly developed to assist categorisation of digitised information, such as clinical report data, in a streamlined manner based on a pre existing set of classification codes. This, in some embodiments, enables the discovery and extraction of meaningful patterns from unstructured clinical reports. Further embodiments of the invention have been particularly developed to assist in the discovery and extraction of meaningful patterns from an unstructured set of digitised information such as unstructured clinical reports. While some embodiments will be described herein with particular reference to those applications, it will be appreciated that the invention is not limited to such a field of use, and is applicable in broader contexts.

A system (100) includes a parser engine (120), a context inferring engine (130), and an action selection engine (140). The parser engine (120) detects a recommendation in a received clinical report (112) for a patient. The context inferring engine (130) extracts and normalizes recommendation elements in the detected recommendation. The action selection engine (140) generates a patient actionable clinical report (142) based on the received clinical report and the extracted and normalized recommendation elements.

A method for reviewing a document using a computing device, the computing device comprising a display for displaying the document in a user interface (UI) and one or more processors, the processor for executing a plurality of computer readable instructions, the computer readable instruction for implementing the method, the method includes displaying to a user within a document one or more pinned indicators, each of the one or more pinned indicators associated with respective certain information in the document, detecting the selection of one of the one or more pinned indicators, directing the user to the certain information associated with the selected pinned indicator, and receiving a confirmation that the user has reviewed the certain information associated with the selected pinned indication.