30 results about "Clinical history" patented technology

The present invention relates generally to wireless, remote, physiological monitoring in the evaluation of health and disease state specifically with respect to cardiac and pulmonary pathologies, including heart failure and sleep apnea. Personalized thresholds are used to enhance performance of classification and prediction methods by utilizing patient clinical history and past empiric sensed data, such as through an initialization period, to learn the biological variation present in each sensed individual.Data from an adherent patch undergoes disseminated processing as data is securely sent from a sensing device ultimately to a remote server. Monitoring, classification, and prediction results are hosted and made accessible through an authenticated system to members of the individual's healthcare team, family, or other caregivers.Learning algorithms are used to characterize physiological attributes and to classify a health or disease state based on an aggregate of features. Classification models and feature selection are optimized with validation algorithms.

The system described herein collects patient data passively and non-passively via onboard and external sensors, and combines the data with past clinical history to generate digital biomarkers. The collected data can also be further combined with other data generating systems to more accurately predict disease exacerbations. The system monitors the digital biomarkers in real-time, and can detect a change in the disease state prior to clinical decompensation and suggest pre-emptive intervention. The system enables a patient to be treated early in the clinical timeline when the disease exacerbation is at the subclinical level rather than waiting until the disease exacerbation reaches the clinical level. Acting when the exacerbation is at the subclinical level enables preemptive treatment rather than reactive treatment, which is often more cost effective while improving clinical outcomes. The system is able to make the predictions by detecting subclinical changes in digital biomarkers that are generated from respiratory, cardiac, patient reported symptoms, user behaviors, and environmental triggers.

A computer-implemented system and method that prescreens the qualifications of clinical monitors, and quickly and efficiently matches qualified monitors with corresponding qualified clinical sponsors for work on a project. The system and method provide a secure platform for storage and searching of monitor profiles that may be continuously updated by the monitors. The system and method also checks the qualifications provided by monitors in their profiles to ensure that only qualified monitors are capable of being searched by the sponsors. The system and method also provides a secure platform for sponsors to post their clinical projects, and enables the sponsors to select the monitors they wish to view the project details. The system and method then provides the details of the project to the selected monitors, and the ones who are interested may be subsequently interviewed and selected by the sponsors. The system and method also provides a mechanism so that the sponsors and monitors may enter a contract regarding the project. The system and method dramatically reduces the time searching for qualified monitors needed to conduct studies, reduces costs for sponsors, and enables studies to be organized and started more efficiently.

The present invention relates to the preparation and use of novel bone templates that can be prepared using a comprehensive approach to observing microstructural features of bone, including trabecular thickness and trabecular density. These features are assessed in regions of interest in a bone (e.g., proximal femur, distal femur, wrist, spine, etc.) as observed using digital radiographic techniques or clinical imaging, such as Dual Energy X-ray Absorptiometry (DEXA) and computed tomography (CT) scanners. The microstructural features are presented in the form of data based on scanning results and are also assessed and / or organized in terms of age, gender, race, pathology, clinical history, and other patient population parameters. The template can be used to assess bone quality, predict the likelihood of bone fracture, and evaluate prosthesis design and placement, based on an image of a corresponding subject bone, e.g. the bone of a patient.

The condition and ability of an animal to perform to its best ability may be determined by correlating gene expression with clinical and other data. The methods include collecting biological samples and clinical history, generating digital results on gene expression levels in the samples, remotely accessing and comparing the results with information via a communications network. The invention provides methods for assessing a performance animal's condition by determining relative abundance of a target nucleic acid, accessing a remote database, correlating digital signals with information in the database, and reporting the condition of the animal. A diagnostic system comprising a microarray, a microarray reader, a database for storing information from the reader, and a server receiving digital signals from the reader is also disclosed. The reader determines the abundance of target nucleic acid, normalised to a reference nucleic acid, and generates a digital signal that may be displayed as a report.

The invention provides a clinical history database diagnostic system based on a four-modal medical image. The clinical history database diagnostic system based on the four-modal medical image comprises a CT image device, a PET image device, an SPET image device, an FMI image device, an image gathering module, a network communication module and a terminal processor, wherein the input end of the image gathering module is respectively connected with the CT image device, the PEDT image device, the SPET image device and the FMI image device, the output end of the image gathering module is connected with the network communication module, the image gathering module gathers four-modal medical images, encapsulates four paths of image signals into a video stream and sends the video stream to the network communication module, the network communication module is respectively connected with the image gathering module and the terminal processor so as to send the received video stream to the terminal processor, and the terminal processor diagnoses illnesses and establishes a clinical history database through detection of the similarity between the medical images and a feature database. The clinical history diagnostic system based on the four-modal medical image can establish a perfect clinical history database system and has a broad application prospect.

The present invention concerns a read system (4), and the use of the latter, which is intended to communicate with a transponder (2) placed on a surgical instrument so as to quickly identify the surgical instrument by bringing the read system (4) close to the transponder (2) of the surgical instrument and then reading the information associated with the instrument contained in the transponder (2), and communication with a computer system (5), characterized in that the transponder (2) is housed in a compartment (13), formed in the instrument, that is intended to accommodate the transponder within it (2), said compartment (13) being closed off in a sealed manner by a thin lid (14), in the same material as the surgical instrument, welded or affixed (3) to the body (10) of the surgical instrument so that the outer surface of the surgical instrument has no projecting sharp points, and with the transponder (2) communicating or recording, via the read system (4), information concerning clinical history.

The invention discloses a deep-learning-based cholelithiasis intelligent auxiliary system. The system comprises a cloud server and a client which are in bidirectional connection, and the cloud servercomprises a cloud platform image database, a cloud platform algorithm module, an information acquisition module, a comprehensive module and a deep learning analysis module. Accordingly, bidirectionalconnection between the cloud server and the client is set, and the cloud server comprises a cloud platform image database, a cloud platform algorithm module, an information acquisition module, a comprehensive module and a deep learning analysis module, automatic extraction and intelligence for chololithiasis can be achieved; not only can self-analysis, self-identification and result self-generation be achieved, doctors in the hepatology department can be helped to perform and learn, and the clinical reference is provided for related institutions or designated hospitals, but also user data andrecords can serve as historical reference data to be stored in the database so as to serve as cholelithiasis clinical history reference of patients.

A method for reading medical image files comprises the following steps of selecting a clinical history, which corresponds to a historical training record of a trained object and comprises a medical image file and meta-information comprising a standard diagnostic report corresponding to the medical image file, from a center database; judging whether the selected clinical history is stored in a local database or not; transmitting the selected clinical history which is not stored in the local database to a downloading queue from the center database; packaging the medicine image file in the clinical history in the downloading queue into at least one data package by using sequences SERIES in a medical digital imaging and communication standard DICOM; enabling the data packages to correspond to the sequences one by one; downloading the data packages of the clinical history in the downloading queue and meta-information to the local database; downloading the data packages and the meta-information of the clinical history from the local database; and displaying the medical image file to the trained object.

Provided are a vaccine scheduling device and vaccine scheduling program making it possible to put together a schedule for preventive vaccination in a manner more suitable for a preventive vaccination subject, as well as a computer-readable recording medium storing this program.A schedule creation unit (13) has a provisional schedule creation unit (13a) and a final schedule creation unit (13b). The final schedule creation unit (13b) reads information on a prohibition period corresponding to a past disease indicated by a designated person's clinical history data received by a clinical history data receiving unit (14), sets a prohibition period starting from a fixed date indicated by the clinical history data and, if there are scheduled administration dates in a provisional schedule created by the provisional schedule creation unit (13a) in the time period from the current point in time until a final date of the prohibition period, creates a final schedule in accordance with the number of days of difference between the earliest one of these scheduled administration dates and a release date when the prohibition period is released.

The invention discloses a general medical system. Basic information management of the hospital is performed through a hospital management module, including adding the hospital and editing the locationand the phone number. Basic information management of the doctor is performed through a doctor management module, including adding the doctor, searching the doctor meeting the specific condition andediting the in-service state and the hospital. Basic information management of the patient is performed through a patient management module, including adding the patient, searching the patient meetingthe specific condition and editing the name, the gender, the age, the clinical history and the clinical diagnosis. The information of the doctors and the patients of multiple hospitals can be managedin an overall way, and the required information can be quickly and easily obtained without checking the internal system of each hospital one by one to extract the related information. Besides, the patient data of multiple hospitals can be obtained so that the more accurate reference range based on the larger patient data base can be obtained and powerful reference can be provided for the medicalstaff.

The invention discloses a clinical test matching method and system. The method comprises the steps: obtaining the clinical history data inputted by a patient user through a structured questionnaire, and generating a structured clinical history corresponding to the patient user; carrying out the matching of the structured clinical history with the clinical test data which is stored in a clinic testdatabase in advance, and generating a clinical test screening report according to a matching result; obtaining a clinical test, selected by the patient user, in the clinical test screening report, and transmitting the information of the patient user and the structured clinical history corresponding to the patient user to a selected correlated organization corresponding to the clinical test; and receiving the feedback data, fed back by the correlated organization, of the clinical test of the patient user. According to the scheme of the invention, the method can achieve the automatic precise matching of the clinical test and the patient, and reduces the time of the patient in searching the clinical test organization and the time of a clinical test recruitment organization in searching subjects and the manpower cost.

The invention discloses a nursing box for medical treatment. The nursing box comprises a cover plate and a box body, wherein an object placement cavity is formed in the right end of the inner cavity of the box body, a battery box is arranged at the rear end of the inner cavity of the box body, a storage battery is arranged at the lower end of the inner cavity of the battery box, a wireless signal receiver is arranged at the left upper end of the inner cavity of the battery box, an ultraviolet lamp tube is embedded into the middle end of the upper surface of the battery box, a warning device is arranged at the right end of the outer surface of the ultraviolet lamp tube, and a controller is arranged at the right end of the upper surface of the battery box; a storage box is arranged at the left end of the inner cavity of the box body, and placement holes are formed in the inner cavity of the storage box; and a first magnetic strip is embedded into the middle end of the upper surface of the box body, the box body is connected with the cover plate through a hinge, and a clinical history placement trough is formed in the middle end of the inner surface of the cover plate. The nursing box for medical treatment is provided with the wireless signal receiver capable of driving the warning device to give an alarm when a patient in a ward rings a bell, so that the nursing of the medical staff to the patient is facilitated, and meanwhile, the working efficiency of the medical staff is improved.

The invention discloses a prediction model system for prognosis of severe spinal cord injury. The prediction model system comprises the following steps: establishing a clinical feature database of patients with spinal cord injury; constructing a severe spinal cord injury prognosis prediction model; according to the final prediction model, predicting probability values of death, continuing professional rehabilitation nursing treatment and returning home of the patient at the discharge end point, inputting the probability values to a formula 1, and giving a final prediction probability value, and the formula 1 is shown in the description. The invention also discloses a computer readable recording medium. According to the method, the probability of the discharge end point is calculated based on the clinical history, and important clinical characteristics influencing clinical results of patients with severe spinal cord injury are found out.

The invention discloses a domestic medicine chest. The domestic medicine chest comprises a chest cover and a chest body which are hinged together, wherein a clinical history book accommodating bag is arranged on the inner surface of the chest cover, and a medicine list accommodating bag is arranged at the right side of the clinical history book accommodating bag; the chest body comprises a first chest body and a second chest body arranged below the first chest body, a box-packed medicine accommodating area, a plastic bottle-packed medicine accommodating area and a glass bottle-packed medicine accommodating area are arranged in the first box body from left to right in sequence, multiple cylindrical tanks are arranged in the glass bottle-packed medicine accommodating area, a blowing nozzle is arranged on each cylindrical tank, and an elastic isolation layer is arranged on the inner surface of each cylindrical tank; an instrument accommodating area, a bandage accommodating area and an aseptic cotton accommodating area are arranged in the second box body from left to right in sequence. By the adoption of the domestic medicine chest, different types of medicines can be stored in different areas, breaking of glass bottles can be avoided, and medicine can be supplemented or replaced in time after being used up or out of date.

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.

An automated method and computer program product are provided for reporting payments made to patients for their participation in a clinical study in a blinded manner to the sponsor of the clinical study. The clinical study has a plurality of investigative sites which perform activities in accordance with the protocol of the clinical study. Each patient has patient ID information and is assigned a subject ID that de-identifies the patient. Payment requests are received at a software application from the investigative sites associated with patient activity. The software application includes for each patient that is participating in the clinical study, the patient ID information, and the de-identified subject ID. The payment requests are associated with the patient ID information. The payment requests are processed at the software application, and payments that conform to predefined compensation guidelines for the clinical study are approved. The software application generates blinded payment reports for electronic delivery to the sponsor. The payment reports show at least the de-identified subject ID for each approved payment, the payment amounts for each approved payment, and a date associated with the payment.

The invention relates to an intelligent hospital guide robot. Requests of patients are input into the robot by the patients through a writing operation system and a voice operation system, meanwhile,basic information of the patients is read through a medical card reading system, the robot knows previous clinical histories of the patients of the patients preliminarily, in addition, the robot is provided with a moving device, and barriers around the robot are scanned through an ultrasonic scanning device for positioning and moving. When the intelligent hospital guide robot is used, the intelligent hospital guide robot can move freely in hospitals, the patients can search information always and everywhere conveniently, moreover, registration service can be provided, demands of the patients can be replied through simple voice message and written message, the efficiency of solving problems of the patients is effectively improved, and the using demands are met.

Techniques are described herein for collapsing clinical event data into meaningful states of patient care. In various embodiments, time-ordered streams of clinical data associated with a plurality ofrespective patients may be divided (402) into one or more respective pluralities of temporal segments. Each stream of clinical data may indicate a clinical history of a particular patient of the plurality of patients. Each of the one or more pluralities of temporal segments may have a different duration. In some embodiments, embedding(s) of the one or more pluralities of temporal segments into reduced dimensionality space(s) may be generated (404). Process mining may be performed (408) on the embedding(s). Based on the process mining, one or more temporal health trajectories shared among the plurality of patients may be identified (410).

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

Methods to measure the duration of adequate immune memory for animal vaccines involving a retrospective analysis utilizing veterinary vaccine administration histories and clinical histories, and markers of immunity of animals in the field to derive a vaccine's duration of adequate immune memory.

The invention relates to a human mature oocyte vitrification resuscitation effect prediction method and device. The prediction method comprises the steps: acquiring the basic information of women, the number of large and medium follicles in the application day of follicle maturation promoting medicine, sex hormone test results and infertility related disease examination results and semen examination results of men; calculating an embryo-free transplantable prediction probability P1 and a cumulative live production prediction probability P2 of the egg cell cryopreservation operation to be carried out at the time; and predicting the resuscitation effect according to the values of P1 and P2. The prediction device comprises a memory, a processor and a computer program which is stored in the memory and can run on the processor, wherein the processor implements the prediction method when executing the computer program. According to the method, the recovery effect of the egg cell cryopreservation operation to be carried out at the time is estimated according to clinical medical history data and test and examination results before egg collection of the couples and the women, a patient is helped to make reasonable decisions, unnecessary surgical operation risks are reduced as much as possible, and waste of time and medical resources is avoided.