46 results about "Primary physician" patented technology

A radio frequency patient identification and information system includes a transponder which may be incorporated in a device which may be strapped to a patient's wrist or ankle, or hung around the patient's neck by a cord, carried as a card or label in the patient's purse or wallet, or embedded under the patient's skin. The transponder, in the form of an RFID tag, operates at a frequency standardized for this application, has a read / write memory of about at least two thousand bits-an amount sufficient to store information related to the patient's complete identification, such as home address, work address, next of kin, the patient's current primary care physicians, important contact telephone numbers, insurance information, complete medical history, all known allergies, and past and presently-prescribed medicines. The tag may be equipped with a transmission enable switch to prevent unauthorized access to the patient's medical history and other potentially sensitive information. An interrogator / reader / writer device is provided at each emergency health care facility and at the office of each health care provider.

A comprehensive patient data assessment system and method for use in generating, tracking and analyzing medical data related to healthcare administered by a group of physicians to a specified patient population. The system is operative to track data related to the claims history, case management, pharmacy data, and lab tests / results for each patient treated by each patient's primary care physician preferably through electronic medical records that are accessible over a computer network. The system is operative to generate data indicative of the utilization of healthcare resources utilized to treat each patient within the patient population, as well as ensure that each primary care physician utilizes appropriate codes for each diagnosis and procedure / test administered to each patient. The system further provides for categorization of patients afflicted with chronic conditions that require high-cost care. The systems are exceptionally effective in conserving medical resources, ensuring uniformity in administering healthcare, and achieving optimal patient outcomes.

A method for conducting examinations of patients at remote locations. The method comprises establishing a medical session between a primary physician and a patient; instructing during the medical session the patient from a physician station through a communication channel to engage one or more medical devices associated with a patient station; generating a request during the medical session for the one or more medical devices to take a reading from the patient that generates reading data and to transmit the reading data from the one or more medical devices to the physician station; and receiving at the physician station during the medical session the reading data from the one or more medical devices.

A system and method of identifying patients with an increased risk for medication misuse as a result of their physical condition or inability to follow a prescription drug regimen. This is accomplished by an onsite evaluation of the patient, their physical condition and medication usage, including prescriptions, over the counter medications, herbals and food interactions, by a qualified individual. The results of this evaluation are provided to a database that generates a report comprising a patient's vital signs, medication interactions, prescription changes, prescription renewals, discontinued medications, evaluation of a patient's compliance with their medication regimen and education approved for to assist the patient with their compliance for review by the patient's primary care physician, additional physicians treating the patient, authorized organizations, such as HMOs, gardians or other authorized individual. With this knowledge the physician can identify a current or potential problem and can recommend changes to a patient's prescription drug regimen or education regarding drug regimens to correct the problem.

The single notice or notification of the present invention, whether in printed or electronic media form, provides an authorization to treat in accordance with the guidelines set out by the patient and to contact those persons and entities designated by the patient including medical conditions, medications being taken and allergies of the patient, identification of the patient's primary care physician, identification of an emergency contact: a family member or friend, the existence of a living will, health care proxy and prior appointment of power of attorney for the patient and from what entity a copy of the document(s) can be obtained and the signed written consent of the patient, in a HIPPA-compliant format, authorizing contact, patient health information disclosure and treatment for the patient in accordance with the information provided in the notice. The notice of the current invention also presents aid personnel and others with information focused on the search and recovery of an individual who may be missing or lost.

A method for managing patient medical records in a Universal Format using a USB Flash Drive including the steps of installing a bridge / translation program on a primary care physicians computer system, wherein the bridge / translation program maps the primary care physician's Electronic Medical Record and / or Practice Management Systems patient database records, selecting a patient's records from the Electronic Medical Record and / or Practice Management Systems patient database records to be transferred to a USB Flash Drive, transferring the selected patient's record along with an HTML index page / emergency page to the USB Flash Drive, and when the transfer is complete, providing the USB Flash Drive to the patient, wherein the USB Flash Drive can be used by the patient to print, view and make comments that can be reviewed by the patients primary care physician and inserted into the patients permanent record upon the patient's next visit.

An echocardiogram report generation method and system are disclosed for creating a complete medical report describing an echocardiogram without dictation, transcription or typing. The report is tailored to describe an individual patient and generated in complete grammatically complex sentences in response to the user's input with a text report that is complete and understandable for a primary care physician. The method and system provides the user the parallel options of an anatomical structure approach and a disease-specific approach in order to amplify the description of the echocardiogram in specific areas and give a more meaningful report. The echo report generated by the method and system creates a table of measurements and calculations in compact form, omitting any data fields not used. The method and system guides the user through the various areas of the heart which merit comment on the report and provides clear color coded segments of the heart muscle and provides several heart segment classifications so that the user can use his favored classification scheme. Diagnostic possibilities are provided for inclusion in the report conclusions.

Systems and methods are described for providing consumers with access to the discounted rates for health care procedures provided by primary care physicians, specialist physicians and facilities. Fee information for contracted providers is stored in a database and is accessible to consumers via an online interface. Consumers select query criteria for providers and are presented with actual cost information pertaining to procedures prospectively rendered by providers. Additional information, such as quality or efficiency of providers, can also be presented. Information on multiple providers can be obtained and presented in a comparative arrangement. The presented information can be limited to providers within a geographic region, within a cost range, within a quality range, or other criteria.

A system for creating, maintaining and selectively accessing medical histories. The system allows a patient and other selected parties to build a medical history, but importantly places the authority to grant access to the medical history solely in the hands of the patient. When the patient's medical history file is created, the patient also pre-authorizes selected parties, including government agencies such as FEMA to have access to at least part of the patient's history. Each selected party is associated with an access module that dictates the level of access the party has to the medical history. Primary care physicians are associated with a full access module, which allows full access to the patient's medical history. Dentists and pharmacies are associated with a limited access module, which limits the party's access to only pertinent portions of the patient's medical history. The present system also includes a fingerprint scanner and / or retina scanner that can be used to identify unconscious patients and patients without an I.D. card.

A comprehensive patient data assessment system and method for use in generating, tracking and analyzing medical data related to healthcare administered by a group of physicians to a specified patient population. The system is operative to track data related to the claims history, case management, pharmacy data, and lab tests / results for each patient treated by each patient's primary care physician preferably through electronic medical records that are accessible over a computer network. The system is operative to generate data indicative of the utilization of healthcare resources utilized to treat each patient within the patient population, as well as ensure that each primary care physician utilizes appropriate codes for each diagnosis and procedure / test administered to each patient. The system further provides for categorization of patients afflicted with chronic conditions that require high-cost care. The systems are exceptionally effective in conserving medical resources, ensuring uniformity in administering healthcare, and achieving optimal patient outcomes.

Systems and methods are disclosed for monitoring, recording, verifying, auditing, and executing healthcare communications, decisions, and transactions using centralized storage and blockchain technology. The healthcare communications relate to communications between a patient, doctor, specialist, healthcare provider, a private or government entity that processes and reimburses healthcare providers, insurance provider, and a healthcare facility.Systems and methods are disclosed for processing, monitoring, recording, verifying, auditing, and executing healthcare communications, decisions, and transactions using centralized storage and blockchain technology. The healthcare communications relate to communications between a patient, doctor, specialist, healthcare provider, a private or government entity that processes and reimburses healthcare providers, insurance provider, and a healthcare facility.In one embodiment, the system processes a healthcare transaction that relates to medical care provided for a patient that has a medical health plan. The method involves providing a centralized control manager for obtaining, storing, and analyzing healthcare transaction data.The centralized control manager is connected to a central database and utilizes the central database for storing healthcare data. The centralized control manager operates through a processor. The processor executes instructions stored in the database leading to the centralized control manager performing its functions.The centralized control manager is electronically and communicatively connected to at least two entities that are part of the authorized entities within the computer network. These entities may include a patient, doctor, primary physician, specialist, payer system, health plan provider, and government entity such as Medicare. The centralized control manager allows bidirectional communication with the centralized control manager and other authorized entities that are allowed to communicate with the centralized control manager and use an electronic device over a computerized network. Communications directly between the entities is also contemplated.The entities electronically execute a healthcare transaction. The centralized control manager records each executed healthcare transaction into the centralized database as well as posts the transaction to the blockchain. Each entity performing the transaction also posts the details of the transaction to the blockchain. Details include the time and date of transaction, the parties involved, and other details of medical care provided to the patient relating to the transaction.A prediction engine, utilizing machine learning technology, uses the data of all the transactions obtained to continuously enhance and predict the outcome of future transactions and make suggestions as needed. If any transaction deviates above a certain limit, e.g. a medical claim is filed or a medical code is entered that does not fall within a set limit, the prediction engine flags the transaction for review and optionally alerts the entities involved in the transaction.All of the transactions are replicated to the blockchain by multiple entities in the computer network. These include the transacting entity, the receiving entity, and the centralized control manager. Posting to the blockchain allows for verification and authentication of the transactions.System and methods also allow automated claim adjudication and dispute resolution between two parties in the healthcare environment. The claim adjudication and dispute resolution relate to medical care provided for patients who have a medical health plan.The system includes a server computer and a computing device. The server computer is comprised of a central database and a processor as well as a server application that is stored in the central database. The computing device includes an electronic device having a client processor and client database. Both the server and client are communicatively connected.In this embodiment, a Healthcare Provider executes a transaction that is recorded in the centralized database as well as in the blockchain. The server computer electronically stores the data of the healthcare transaction in the central database and provides access of the transaction to the Healthcare Provider, Payer, and other relevant parties.Thereafter, the Healthcare Provider files a dispute with the Payer System. The server computer electronically sends an alert to the relevant and authorized parties informing them that a dispute has been filed. The server processor then obtains data from the central database, blockchain, and any other relevant data provided by other parties in the computer network that relate to the disputed healthcare transaction. The processor then parses the data, resolves the dispute, and posts the results to the centralized server and blockchain.

An innovative tracking software system provides independent proof of primary-care physician (PCP) efforts to improve urgent access to care and coordination of care. PCPs are provided with tools and financial incentives to better manage urgent care requests and thereby provide better service while reducing avoidable hospital utilization (ER and re-admissions) and costs. In particular, independent and accurate measurements of provider performance enable the payment of financial incentives to PCPs.

A medical consultation support system which transfers a structured request for consultation from a primary care physician's client computer to a supervisory host computer. The structured request together with any additional information related to the request, form a machine-readable collection of information. At the supervisory computer, the request is reviewed by a receiving staff physician who designates a specialist and retrieves supporting documentation related to the consultation request from databases of medical information. The supervisory computer then transmits the request for consultation and at least an identification of the selected supporting documentation to the selected specialist for review, and thereafter receives a comment from the selected specialist. The supervisory computer further stores the request for consultation and the comment as a structured case history item in the database of medical information. A consultation may further be a source of continuing legal education credits for the requesting physician.

This invention describes how users can capture digital artifacts from any medical device using their mobile device. Some examples of medical devices included, but are not limited to a medical ID card, Medical ID bracelet, Electronic Medical Records, blood pressure machines, blood glucose, scales, inhalers, INR, prescription bottles and trays, pulse oximeter, etc. Digital artifacts included, but are not limited to a medical ID, basic patient information, patient contact information, emergency contact information, primary care physician information, health insurance information including co-pay and deductibles, prescriptions, office visit summary, appointment cards, Electronic Medical Records (EMR), lab results, blood type, organ / donor status, vital signs, diagnostic data, immunization records, payments and transaction history, pictures, etc

A method of administering healthcare to patients with multiple integral diagnoses such that the clinical outcomes and health-related quality of life of said patients are improved while medical costs are minimized. A patient population is first identified. The population is then stratified into specific levels of intervention. Each individual patient is then assigned a Priority Care Nurse Manager who serves to establish communication between the patient, the patient's Primary Care Physician, and any healthcare providers. The most appropriate treatment plan is cooperatively developed and the patient receives treatment according to the plan. The most appropriate treatment may include home care and palliative measures. The patient may appoint a Health Care Agent to make medical decisions for the patient should the patient be unable to make decisions.

Systems and methods are described for providing consumers with access to the discounted rates for health care procedures provided by dentists, primary care physicians, specialist physicians and facilities. Fee information for contracted providers is stored in a database and is accessible to consumers via an online interface. Dentists or health care providers can receive payment from a customer's pre-funded account in exchange for health / dental services provided to a customer, through the use of a health / dental care card. The card is issued to the customer by a health plan organization and is linked to a pre-funded account for that customer. The health care provider is under contract with the organization to offer a predetermined fee structure for covered services. Customers can obtain contracted rates for services via the card, regardless of any limitations that might apply under a health insurance policy or other program

Disclosed herein is a computer implemented method and system that addresses the need for utilization analysis and performance evaluation of providers in a health care organization. The health care data comprising health plan information of consumers, providers, claims, and hospitals is collected, translated, and organized in a structured relational format and stored in standard tables. The organized health care data is analyzed by calculating consumer statistics for a health plan using the health plan information of the consumers. The claims of the consumers are processed to classify the claims based on age, gender, disease, and comorbid conditions of the consumers. A plurality of costs of the health care organization is determined using one or more of the health plan information. The performance of the providers is assessed using the determined plurality of costs. The providers comprising primary care physicians are analyzed based on entire population of the associated consumers.

The present invention generally relates to the field of medical services and more specifically to the area of chronic disease management. It comprises a new method for providing a disease management service which utilizes nurse practitioners to engage in regularly scheduled virtual evaluation and management “office visits” with patients, using off-the-shelf videophones for real-time video and audio communications. As these disease management services are delivered to the patient while he remains in his home, such convenient access to professional health care brings about a much closer monitoring of the patient's condition than would be otherwise practical, enabling clinicians to make necessary therapeutic modifications in a timely fashion. Engaging patients in such regularly scheduled office visits also causes increased compliance with recommended regimens and lifestyle modifications, resulting in overall improved management of the patient's chronic condition. Patients are enrolled into the service primarily through referrals from their primary care physicians who sign a Collaboration Agreement with the chronic disease management service. The Collaboration Agreement extends the continuity of care for enrolled patients by keeping the primary care physician informed at all times on the health status of their patients and involved in all important clinical decisions regarding patients referred to the service. The secure Internet-accessible clinical documentation and information systems used in the disclosed method make possible a multi-office practice were information can be seamlessly shared and patient workloads can be distributed across multiple locations. Clinical office visit services provided under the disclosed method qualify for reimbursement by public insurers and many private insurers. The disclosed method represents a novel form of medical practice whose area of operation and potential patient base is unbounded by geographic location, since patients may engage in virtual office visits while remaining in their homes, and the information technology infrastructure utilized allows the disclosed disease management service to deliver medical care from any location that has phone service and an Internet or network connection available.

An echocardiogram report generation method and system are disclosed for creating a complete medical report describing an echocardiogram without dictation, transcription or typing. The report is tailored to describe an individual patient and generated in complete grammatically complex sentences in response to the user's input with a text report that is complete and understandable for a primary care physician. The method and system provides the user the parallel options of an anatomical structure approach and a disease-specific approach in order to amplify the description of the echocardiogram in specific areas and give a more meaningful report. The echo report generated by the method and system creates a table of measurements and calculations in compact form, omitting any data fields not used. The method and system guides the user through the various areas of the heart which merit comment on the report and provides clear color coded segments of the heart muscle and provides several heart segment classifications so that the user can use his favored classification scheme. Diagnostic possibilities are provided for inclusion in the report conclusions.

Health care costs can be predicted for a particular hospital relative to other hospitals by examining physician-physician network structural measures within the hospitals. The physician-physician networks are ascertained by examining patient sharing data between physicians and the network structural measures include the median adjusted degree of all physicians in the hospitals, and the relative centrality of primary care physicians in the hospitals. For any particular hospital, the median adjusted degree and the primary care physician relative centrality of can be compared to the median adjusted degree and median primary care physician relative centrality over all the hospitals to determine whether the health care costs for the particular hospital will be higher or lower than the other hospitals.

The described invention provides a system and method for clinical outcome tracking and analysis. The clinical outcome tracking and analysis comprises sorting, outcome tracking, quality of life metrics, toxicity to therapy and cost of care. The system and method includes receiving one or more parameters. Exemplary parameters for sorting include sex, age, ethnicity, comorbidities, tobacco use, source of insurance, medical record number, primary care physician, referring physician, hospital, approved service vendors, disease-specific clinical molecular phenotype, therapy intent, stage of therapy, biomarkers, and cost of care.

A multitude of clinical research studies have validated the superiority of impulse oscillometry (IOS) over spirometry because it is far more sensitive in the detection of pulmonary diseases and since it is effort-independent, it can be successfully used in children as young as six-months old. By miniaturizing the IOS to be a hand-held and portable device, the present invention takes IOS technology out of the exclusive environments of the research lab and specialty Pulmonology office. Also by advancing the technology, the manufacturing cost is greatly reduced thereby making the device affordable and available to the average primary care physician for use in their office. In addition, as the present invention becomes available as a home-use device, it will significantly improve the home management of complex respiratory diseases, i.e., Asthma and COPD. The present invention, being a miniaturized and electromagnetically piston-driven IOS, is truly unique in its concept and technology.

A system for providing healthcare includes an examination room having a controller configured for communication with a remote healthcare provider, such as a primary care physician, via a telecommunications network, a medical examination chair or table for supporting a patient, and a digital display in communication with the controller and facing the medical examination chair or table. The digital display is configured to display the remote healthcare provider to the patient on the digital display in substantially life size and with direct eye-to-eye contact with the patient. A plurality of digital medical instruments is in communication with the controller for selectively providing diagnostic information of the patient to the remote healthcare provider. An input device is in communication with the controller so that a clinical care coordinator, such as a registered nurse, can selectively control communications between the examination room and the remote healthcare provider.

Methods and devices for tying management of an implantable medical device to the activities of a primary care physician are described, including access control, simplified parameter optimization, support for tuning a device in response to the effects of other treatments in parallel, and support for helping a primary physician and a patient work together to tune device configuration to the activity and performance needs of the patient. In some embodiments, a medical device is self-configuring in a device parameter domain, based on inputs provided in a patient performance domain. The self-configuring of the medical device is based, for example, on an automatically applied transformation of inputs derived from patient performance domain observations into changes in the configuration of the medical device which affect technical parameters of its operation.

Systems and methods are described for providing consumers with access to the discounted rates for health care procedures provided by primary care physicians, specialist physicians and facilities. Fee information for contracted providers is stored in a database and is accessible to consumers via an online interface. Consumers select query criteria for providers and are presented with actual cost information pertaining to procedures prospectively rendered by providers. Additional information, such as quality or efficiency of providers, can also be presented. Information on multiple providers can be obtained and presented in a comparative arrangement. The presented information can be limited to providers within a geographic region, within a cost range, within a quality range, or other criteria.

The invention relates to the technical field of organisms, and particularly relates to a loop-mediated isothermal amplification (LAMP) primer group for amplifying an I-type herpes simplex virus and a kit and application thereof. The primer group comprises six primers of nucleotide sequences shown in SEQ ID NO:1-6. The invention also provides a kit for detecting a herpes virus I (HSV-I), and a method for detecting the HSV-I in a non-diagnostic target. An experiment proves that the primer provided by the invention is subjected to the HSV-I detection, and the accuracy can be up to 100%. No false positive phenomenon is generated in the process of utilizing a clinical common virus as a contrast to detect. Furthermore, the sensitivity of the primer provided by the invention in the HSV-I detection can be up to 101 copies / mu L. Thus, the LAMP primer group and the kit are applicable to quick diagnosis of diseases such as HSV-I viral keratitis, HSV-I viral conjunctivitis and HSV-I viral retinitis by clinics and primary physicians.

The invention discloses a noninvasive glucometer system. The noninvasive glucometer system comprises a glucometer and a smart phone, wherein a blood drawing detecting unit of the glucometer transmitsan acquired signal to a processor, the glucometer is further provided with a non-invasive detection unit and a bluetooth unit, the non-invasive detection unit transmits the acquired signal to the processor, the processor outputs a blood glucose parameter signal to a display and control unit for display, and the bluetooth unit is in communication with a bluetooth module of the smart phone of a userand transmits the blood glucose numerical value to a storage of the smart phone of the user. For the noninvasive glucometer with high accuracy provided by the invention, the glucometer is more intelligent, in combination with the smart phone, the blood glucose testing result can be supervised, urged and recorded, the information is shared, so that family members or primary care physicians can know the conditions of patients in real time, and the medication can be conveniently adjusted in time.