Organ transplantation and long-term patient follow-up and a modular management application

Abstract

This invention relates to a system and mobile application for digital management of follow-up processes and long-term patient care, especially after organ transplantation, in the field of healthcare services. The developed modular (integrated into each system and / or using modules within the application with separate integration) system has a structure that optimizes data sharing between patients, doctors, healthcare personnel and coordinators in line with hospital databases, provides remote patient follow-up and management, and allows individual users to manage their health data. The invention aims to optimize data integration and management in healthcare services using modern technologies such as artificial intelligence, IoT data analytics and compatible programs. This invention can be used not only for organ transplant patients, but also for individuals with chronic diseases (pregnant, substance addicts, diabetes, aesthetics, hypertension, heart diseases, etc.), patients who require follow-up after a hospital visit or who require continuous medication use, elderly and disabled individuals who need home care, and international patients within the scope of health tourism. It serves as a central data management system for health insurance companies, private hospitals, and state hospitals, supporting medical and or administrative decision-making processes in-house and out-of-house, and improving the quality of health services.

Description

[0001] DESCRIPTION

[0002] Organ Transplantation and Long-Term Patient Follow-up and a Modular Management Application

[0003] Technical Field

[0004] This invention relates to a system and mobile application for digital management of follow-up processes and long-term patient care, especially after organ transplantation, in the field of healthcare services. The developed modular (integrated into each system and / or using modules within the application with separate integration) system has a structure that optimizes data sharing between patients, doctors, healthcare personnel and coordinators in line with hospital databases, provides remote patient follow-up and management, and allows individual users to manage their health data. The invention aims to optimize data integration and management in healthcare services using modem technologies such as artificial intelligence, loT data analytics and compatible programs.

[0005] This invention can be used not only for organ transplant patients, but also for individuals with chronic diseases (pregnant, substance addicts, diabetes, aesthetics, hypertension, heart diseases, etc.), patients who require follow-up after a hospital visit or who require continuous medication use, elderly and disabled individuals who need home care, and international patients within the scope of health tourism. It serves as a central data management system for health insurance companies, private hospitals, and state hospitals, supporting medical and or administrative decision-making processes in-house and out-of-house, and improving the quality of health services.Prior Art

[0006] Today, hospitals generally use systems such as electronic health records (EHR) for patient follow-up and management of healthcare services. These systems were developed to regulate the data flow within the hospital, keep records of patient information, and facilitate the duties of healthcare personnel. However, these systems mostly work within the hospital boundaries and are inadequate to meet the needs of patients in processes outside the hospital. In these systems, many data are entered manually, which increases the workload for the staff, slows down the processes, and sometimes causes information analysis to be incomplete. This reduces efficiency and can lead to errors.

[0007] Deficiencies in Current Systems

[0008] Remote Monitoring Deficiencies: Electronic health record systems cannot comprehensively support remote monitoring of patients who do not require hospitalization. There are deficiencies in processes such as training individuals with chronic diseases regarding their processes, managing their daily health data and problems, and monitoring their conditions.

[0009] Inadequacy for Individual Use: Current solutions do not have the features necessary for individual users to monitor their health status. Since most systems are only accessible by healthcare personnel, patients are restricted from accessing and editing their own health data. There is also a lack of a system that will support patients abroad in the problems they will experience in a language they understand.

[0010] Lack of Artificial Intelligence Integration: Traditional systems are not sufficient to provide Al-supported analyses and recommendations. Hospitals, doctors, and healthcare teams, like patients, cannot benefit from automated tools and automated analyses for personalized health management or early diagnosis.Coordination and Efficiency Problems: Current technologies can cause a lack of coordination during patient care. Problems such as delays in the flow of information between healthcare personnel, failure to update patient data or communication problems leading to longer processes and problems arising are frequently observed.

[0011] Lack of hospitals: Solutions to problems arising from time problems and personnel shortages in services, intensive care units and examinations are seen to be inadequate. Manual data entry, slow monitoring of patient symptoms for treatment, cause lack of analysis and wrong decisions. Uninterrupted education is disrupted by workload and there is a shortage of new generation expert teams.

[0012] Solutions and Differences Brought by Our Invention

[0013] Our invention is designed to eliminate the above-mentioned deficiencies of existing systems. For example:

[0014] Hospital and Individual User Integration: It provides both real-time integration with the hospital database and independent use for individual users. This offers a system that meets the needs of both healthcare personnel and individuals. It also provides the opportunity to use in many parts of the world.

[0015] Artificial Intelligence Supported Health Management: Our invention analyzes patient data using artificial intelligence and offers personalized recommendations. In the field of education, it keeps the information of individual users, patients, and the expert team trained and working in the hospital alive with uninterrupted education. Thus, it increases the long-term visibility of chronic patients, facilitates their follow-up, and increases the success rate of processes such as organ transplantation.Remote Patient Monitoring: It allows patients to easily record their daily health parameters in the system. For example, when measurements such as blood pressure, pulse, weight, etc. are made, the data is automatically integrated and can be shared and viewed by both patients and doctors when approved. It aims to increase awareness with conscious treatments through training on drugs and treatments. Trainings for organ transplantation awareness will also make great contributions.

[0016] Comprehensive Health Management: Our invention optimizes the coordination between the hospital-patient-doctor by making patient care processes more visible, efficient, easy to manage and reliable. It records and analyzes the financial statements by recording them in the relevant module. It trains experts who take their level to the highest level in their field with uninterrupted education. It also paves the way for development with analysis and reports. At the same time, it provides multilingual support for international users within the scope of health tourism.

[0017] The Importance of Organ Transplantation and the Contribution of the System: Organ transplantation is a vital treatment method for individuals with lifethreatening diseases. However, in order for the organ transplantation process to be successful, patient and donor follow-up must be done very well. Current systems are insufficient to comprehensively follow-up and train donor-patient matches, post-transplant patient follow-up processes and medication management. Our invention offers a system that optimizes donor matches to eliminate these deficiencies, follows the post-transplant process with artificial intelligence-supported analyses and controls patients' medication intake and compliance with new conditions. Necessary communication and information exchange come to the fore by conducting in-hospital triggers, tests and meetings. Thus, speed and accessibility in communication will also be ensured. In addition, the application includes informative videos and educational content that increase patient-specific awareness such as organ donation. After watching these videos, individual userscan fill out a form stating their desire to donate organs and choose to become a donor in the future. In addition, when users give location approval, data is sent to the relevant places when changes in health status are observed.

[0018] Description of the invention

[0019] This invention offers a modular mobile application supported by artificial intelligence that works integrated with the health databases of hospitals and is also suitable for individual use. The system manages all health processes of patients who need long-term follow-up, especially organ transplant patients, through a central structure, and performs data sharing between patients and healthcare professionals in a safe and efficient manner. In addition, it works integrated with medical devices and wearable technologies, allowing automatic tracking of patient data. Patients can track their medications and medical processes, communicate with doctors instantly, receive Al-supported health recommendations, and make emergency calls when necessary. They can control their health with fewer hospital visits.

[0020] Target Users

[0021] Patients: Thanks to this application, patients can manage their health more effectively. Without having to go to the hospital to make or show an appointment for tests and triggers, etc., the necessary reports can be made reliably with the video and recording system. It receives warnings in similar situations such as organizing medication use and scheduling doctor appointments. It provides many conveniences such as receiving personalized health management recommendations through Al-supported analyses. They can also receive instant support by making location-based emergency calls. They can view their financial statements for financial management, keep their health expenses under control, and contribute to the process of becoming a donor by accessing content that increases awareness of organ donation. Patients can learn about their health with interactive education modules and become aware of diagnosis and treatment processes. Users with chronic diseases can regularly record their vital data (e.g.blood pressure, pulse, medication use) and manage both their individual health and treatment process. This system not only contributes to patient health, but also increases their quality of life and supports them to live a healthier life. The integration of automated devices (such as urine bags with fluid and color and heat sensors) in the care of seriously ill patients makes life easier for the people responsible for care and the expert team that monitors the situation.

[0022] Doctors: Doctors can easily monitor the general conditions and treatment processes of patients, and organize and monitor examination and test processes. As follow-up becomes easier in rooms such as hospitals, clinics, and intensive care units, placing patients becomes faster and more effective for doctors. They save space, time and transportation costs by making remote assessments. They can create treatment plans, optimize surgical processes and continuously monitor the conditions of patients discharged from intensive care, ward or home. Doctors, who have the opportunity to improve treatment processes with artificial intelligence-supported analyses, can draw meaningful conclusions from patients' health data and make data-driven decisions. After the integration of this system with tablets in routine visits in intensive care and wards, drug recommendations, treatment plans and management become easier in the light of more visible information. With the support of artificial intelligence, treatment optimization is provided with advice, suggestions, analysis and reports. With the continuous training of the team (nurse, general practitioner, doctor) with questions appropriate to the subject on the patient's disease, knowledge and experience are brought to the highest levels. Doctors also work interactively with healthcare personnel, ensuring that processes are made safer and faster. They can create lists of materials required for treatment and surgery processes and see their cost analysis, and exhibit a multidisciplinary approach by including specialist doctors from other branches in the patient's process. They can organize and ensure that meetings, interviews, warnings and alerts, requests and demands are sent to the relevant people from this system. They can assign personnel, analyze the dataobtained for training, announcements and evaluation. They can request reports and organize leave dates.

[0023] Coordinators: Coordinators carry out information management, training processes and follow-up systems without interruption from the patient's admission. Since they carry out a more personal communication area, they carry out the patient's personal information, needs and requests together with this system. They play a critical role in planning and executing operational processes by acting as a bridge in the communication between the hospital, its staff, the hospital and the patient who has left home. They provide patient-doctor coordination in order to reduce the workload of doctors. They prepare meetings, organize and manage training and events. The emergency department optimizes the planning of incoming cadaver intake, the admission of organ transplant patients to the board, the management of operating rooms and patient rooms, and the processes inside and outside the hospital.

[0024] Hospital Management: Hospital management offers an integrated and advanced system approach that manages organ transplantation and long-term in-house and out-of-house patient follow-up processes with maximum efficiency. Thanks to the advanced reporting and data analytics infrastructure, managers strengthen medical decision-making mechanisms and continuously increase the quality of healthcare services. All clinical and administrative processes from pre-surgery to discharge and long-term patient follow-up are effectively planned and resource usage is optimized. Digitalization stands out in the workflow by reducing paper consumption and saving time. The hospital adopts a service model beyond borders with its in-house and remote patient follow-up system that offers native language support. The hospital, which has become an important player in the field of health tourism, provides treatment services at global standards by providing multilingual support for international patients. Thanks to the visit tablets integrated with the modular system infrastructure, healthcare personnel have access to instant data in patient rooms. In this way, both the quality of clinical service increases and expertstaff are trained with the continuous and practical training model. Education continues uninterruptedly with questions about patients' diseases and case-based evaluations, and team information is always kept up to date. This system, which provides confidence to foreign patients, increases patient satisfaction to a higher level and increases the hospital's international reputation and competitiveness. All these competencies enable the hospital management to provide advanced, efficient and sustainable healthcare services. Thanks to the integration of medical devices in intensive care and wards into automation systems, this system supports more effective and targeted treatment planning by performing real-time patient monitoring. It increases patient safety and minimizes the risk of error while providing time and comfort to healthcare personnel. In addition, complication risks are detected in advance with early warning mechanisms, allowing clinical interventions to be performed on time and correctly. Insurance Companies / Ministry of Health: Insurance companies and the Ministry of Health can access patient records through the application in line with the necessary permissions. The system supports insurance and legislation integration, ensuring that healthcare services are carried out within the legal framework. The user group can manage healthcare expenses, financial processes and budget planning. Patient progress is monitored with artificial intelligence-supported analyses, and strategic decisionmaking processes for the healthcare system are supported. In addition, by providing online examination services in international travel health insurance, costs are controlled and insurance policies gain global validity.

[0025] Individual Users: Individual users can effectively manage their health status and life habits with this application. Thanks to the features of the application, it becomes possible to track health data, optimize treatment processes and increase quality of life. The system provides early warning mechanisms, risk analysis and personalized health recommendations to individual users, allowing for the prevention and early diagnosis of chronic diseases. Users are informed about chronic diseases and the medications required in their life cycle, supplement use and education modules. Thanks to the "Emergency Button" on the application,users can call an ambulance with a single touch or notify their designated family members. When the user enters their findings into the system, this data is analyzed to ensure disease detection, allergy monitoring and early detection of possible complications. In addition, the system supports organ donation awareness, raises awareness among users and offers those who wish to become donors with a single click. Integrated doctors provide opportunities such as making appointments, submitting test and examination requests and sharing results by directly interacting with institutions and organizations. In addition, it provides easy access to data from nearby private clinics, polyclinics and hospitals depending on the user's location, allowing for quick appointments and communication. This feature provides speed, convenience and efficiency in accessing healthcare services, while users abroad can manage their healthcare processes safely and proactively by providing fast and effective access to healthcare institutions in their country thanks to the system's multilingual support.

[0026] Health Tracking and Management

[0027] Users can easily record their symptoms and analyze their health status in detail. Thanks to artificial intelligence-supported analyses, they can receive lifestyle recommendations, personal health recommendations and preventive measures plans appropriate for their symptoms. In addition, healthy eating habits can be developed with diet planning and tracking, and water consumption, vitamin and mineral balance can be monitored. For female users, cycle predictions are made and personalized recommendations are offered thanks to the menstrual tracking module.

[0028] Doctor-Patient Interaction and Visit Tracking

[0029] The system strengthens doctor-patient interaction and makes health tracking more organized. Users can record their past visits and plan new visits. Thus, their health status is constantly monitored. Thanks to the tablet integration of the datarecorded manually by nurses, doctors can easily monitor changes after medication and make treatment decisions faster and more effectively. Doctors also have the opportunity to intervene immediately by receiving warnings about this change when necessary from their own interface on the application.

[0030] Financial Status Control

[0031] Users can track treatment expenses, perform spending analyses and keep their health expenses under control by making budget planning. They can also organize their treatment processes more efficiently by communicating with insurance companies.

[0032] Pregnancy Tracking and Pregnancy Process

[0033] The pregnancy tracking module, specially developed for pregnant users, manages weekly development processes, doctor check-ups and vitamin tracking. It also offers special health recommendations for expectant mothers.

[0034] Medication and Vitamin Management

[0035] Regular medication use is ensured and medication reminders ensure that users take their medications on time. Smart alarm and warning systems integrate with digital medical devices to keep medication dosages under control and increase the safety of treatment processes by sharing data with the healthcare team.

[0036] Physical Therapy and Exercise Tracking

[0037] The physical therapy module allows the exercises recommended by experts to be followed. Users can plan sessions and monitor their progress in a digital environment.Allergy and Chronic Disease Tracking

[0038] Monitoring can be done for allergies and chronic diseases. Early warning mechanisms are activated in the system for risky situations, thus protecting users from the possible effects of diseases.

[0039] Emergency Management

[0040] In an emergency, the system allows the user to call an ambulance with a single click and reach predefined emergency contacts. The user's location information is simultaneously transmitted to the relevant people. In addition, the health data of users who are organ donors can be shared with transplant teams instantly, thus providing rapid intervention.

[0041] Medication and Vitamin Management

[0042] The system allows users to regularly follow their medication, vitamin and care processes. It can guide medication use correctly with video training content and expert support. At the same time, simultaneous data sharing with the healthcare team increases the security of treatment processes.

[0043] Financial Management and International Support

[0044] Users can analyze and keep their healthcare expenses under control. In addition, payments can be made digitally for examinations abroad. Foreign language support allows users from different countries to easily communicate with local healthcare professionals.

[0045] Smart Integration SystemsData such as fluid balance, blood pressure, blood sugar, pulse and oxygen level are automatically monitored through medical devices, wearable technologies and flow sensors. These innovative sensor technologies transfer previously inaccessible health data to the system and send real-time notifications to the healthcare team.

[0046] Advanced Data Analysis and Smart Security

[0047] Users' health status is constantly monitored with artificial intelligence-supported analyses. It also helps hospital management plan clinical and operational processes more effectively. Advanced authentication methods and instant alert mechanisms are provided for data security.

[0048] Education and Information

[0049] Users can access informative videos and interactive content about health management. Education modules are provided especially for patients and their relatives to ensure more active participation in treatment processes.

[0050] Organ Transplant Tracking

[0051] For patients waiting for organ transplantation, donor matches are made with an artificial intelligence-supported system and the transplant process is accelerated. After transplantation, patients are regularly monitored with medication use, immune responses and vital data. Patients waiting for organ transplantation create a record through the application; donor matches are followed in real time with artificial intelligence support, the process is accelerated and the success rate is increased.

[0052] Before transplantation; analysis and examination organization, follow-up of legal permits with public institutions, preparation of the list of needs for treatment andreport approval processes are followed through the system and approval is given to those that are compatible.

[0053] The system offers educational videos and content explaining the organ donation process. Patients and their relatives are informed about the process, rights and treatment steps.

[0054] After transplantation, patients; medication use, vital data and immune responses are recorded in the system and monitored regularly. Routine check-ups, tests and examination appointments are reported from the system; prescriptions are uploaded to facilitate drug supply. All these processes are monitored with artificial intelligence-supported analyses and personalized health and life recommendations are offered to patients.

[0055] Technical Infrastructure

[0056] The system provides easy access to users with mobile and web applications. It is supported by a user-friendly interface, secure connections and multi-layered encryption. In addition, there is a biometric verification and regular backup infrastructure for data security.

[0057] Cloud-Based Data Management

[0058] Patient data is stored securely in the cloud. The system is compliant with international data protection legislation such as KVKK and GDPR. The risk of information loss is minimized with data backup and recovery systems.

[0059] With its modular structure, all sub-units also operate connected to the main computer and the data flow is controlled via the central server. It also benefits from the cloud system and advanced technologies when necessary.

[0060] The risk of information loss is minimized by integrating data backup and recovery systems. Thanks to the main computer infrastructure, data is regularly locked and protected against unauthorized access.The system is designed with a flexible structure that will adapt to changing technology and laws. Thus, it easily adapts to developing legislation, security standards and new technologies; it always remains up-to-date and secure.

[0061] Artificial Intelligence-Supported Analysis

[0062] The system analyzes user data to detect health risks early and create personal treatment plans. It also provides instant alerts in emergency situations, allowing for rapid intervention.

[0063] loT Integration

[0064] Medical devices and wearable technologies instantly transfer users' vital signs to the system. Devices work in integration with loT, providing speed and efficiency in healthcare services. At the same time, comfort is increased in patient care by using in-home devices and autonomous systems.

[0065] Security and Regulatory Compliance

[0066] KVKK & GDPR Compliance: Compliance with national and international data protection laws to ensure the confidentiality of patient information.

[0067] ISO 27001 Certification: Compliance with standards for information security management systems.

[0068] E-Signature and Digital Approvals: Digital solutions that accelerate and secure information sharing between patients, doctors and healthcare institutions.

[0069] E-Pulse Integration: Secure integration of patient data with central healthcare systems is ensured. Thus, patient history becomes easily accessible and healthcare service processes are accelerated.Compatibility with Health Insurance and Official Institutions: Facilitates insurance transactions by automatically sharing data with official healthcare systems. They can support health problems arising in foreign countries such as examination, treatment recommendations, drug equivalents, etc.

[0070] Multi-Factor Authentication (MFA): Additional layers such as SMS, biometric verification or mobile application notifications are offered to increase user security. The system is constantly updated with its dynamic structure to adapt to changing technology and threats.

[0071] How to Use the Application?

[0072] Patient Usage Scenario

[0073] In-House Usage:

[0074] The process starts after the doctor registers the patient in the system. Hospitals and health institutions inform the patient to download the application from AppStore or Google Play. Then, a special QR code or invitation link is provided to the patient. The patient downloads the application and securely logs in with this link or QR code to access their own health file and instantly follow the treatment process. This system is constantly updated and renewed with its flexible structure that will adapt to technological developments and changing legal regulations.

[0075] Individual User:

[0076] Users easily download the application from AppStore or Google Play. After the registration process, they can securely log in to access their personal health profile and actively use all modules (paid / free). It is also possible to receive examinations, treatment plans and presentations in different languages worldwide. In addition, support can be provided in different languages about the equivalents of drugs and treatments.

[0077] Application Login:The patient or authorized personnel installs the application on the patient's phone after a short training. They perform security verifications, enter their personal information and make the application ready for use. They can view their personal information and health history through their own user profile. With the approval, doctors and healthcare teams can access this information. The application synchronizes with the approvals and the data is updated instantly.

[0078] Daily Health Tracking:

[0079] Users can easily record their daily health data (blood pressure, weight, blood sugar, etc.) in the system. For example, a patient with diabetes enters their blood sugar measurement results into the application every day.

[0080] Treatment Process Management:

[0081] Medication reminders, doctor appointments and treatment tracking are done through the application. The patient manages the treatment process regularly without forgetting to take their medications on time. The course of the disease is observed by following the symptoms and the rules to be applied (drinking water, walking, diet, etc.).

[0082] Instant Support and Communication:

[0083] The patient can even establish video communication with the coordination team or doctor with the messaging feature in the application. For example, when a dose change is needed, they can get approval from their doctor by sending or receiving instant messages.

[0084] Education and Awareness Content:

[0085] The patient can watch educational videos on organ donation or access informative content about their own health. These contents are especially beneficial for a patient who has just started the organ transplant process.

[0086] Emergency Call:In a crisis, an automatic call is made to the nearest ambulance, health center and / or family member depending on the patient's location. For example, the patient can send an emergency call with symptoms such as heart palpitations or fainting.

[0087] Doctor Usage Scenario:

[0088] Doctors can easily follow up on patients via the application. All patient information is displayed on a single screen; room number, tests, treatments, medications and allergy records can be accessed instantly. Data is quickly entered during visits and findings and test results are added instantly. Artificial intelligence warns the doctor and makes recommendations. Doctors update their information and support their professional development thanks to the training module. Doctors update medications and treatment plans, and record developing complications. The application supports multidisciplinary teams working together.

[0089] Access to Patient Data:

[0090] Doctors monitor values such as blood pressure, respiration, heart rate, volume balance from intensive care graphics, autonomous devices and expert teams in the field and analyze changes.

[0091] Treatment and Reporting:

[0092] Doctors can request many tests, examinations and imaging from around the world and receive results. Receive and share data from anywhere. Can write and share employer reports, medication reports and prescriptions. Make recommendations during the treatment process, start or end the treatment.

[0093] Remote Examination and Evaluation:

[0094] With remote examination, the doctor receives the patient's test results, analyzes them and determines the treatment plan. For example, the patient uploads the test results to the system before coming to the hospital and the doctor makes an online diagnosis (visual, written, audio).Team Management:

[0095] The doctor plans, assigns and manages the surgery and examination flow. In addition, it provides multidisciplinary treatment and management.

[0096] Coordinator Usage Scenario:

[0097] Coordinators plan the hospital operation end-to-end, assign teams quickly and monitor the process instantly. It strengthens communication and manages the patient flow smoothly. Communication and planning with foreign patients becomes easier. In addition, it organizes rapid response teams in emergency situations and provides crisis management.

[0098] Patient Admission and Education:

[0099] Coordinators accept patients into the system, introduce the application and teach its use and actively involve the patient in the process. It provides convenience in the treatment planning of foreign patients. It also increases awareness of organ transplantation, provides information and contributes to its spread.

[0100] Management of Operational Processes:

[0101] Coordinators organize processes such as surgery preparations, patient rooms, and monitoring of medical equipment. For example, they recommend and record all necessary materials for a surgery in the system.

[0102] Instant Communication and Coordination:

[0103] Coordinators provide information flow by acting as a bridge between doctors, nurses, and patients. For example, when a patient's medication dose is changed, they communicate this information to the nurses and ensure that the process progresses smoothly.

[0104] Usage Scenario for Organ Transplant Patients:

[0105] Process Management:When the patient's condition worsens, the hospital process begins. The application analyzes all data and quickly organizes the necessary tests and examinations. The correct diagnosis is made and a treatment plan is created. The process is managed effectively.

[0106] Donor Match Tracking:

[0107] The process begins with the completion of all the patient's tests and examinations. The artificial intelligence-supported system determines the most appropriate donor-patient match. Afterwards, the patient and their relatives are trained and informed. The medical team prepares the surgery plan and starts the process. Postoperative follow-up is performed.

[0108] Post-Operative Monitoring:

[0109] Vital signs, medication use and side effects are monitored instantly. The patient records their complaints in the system, notifications and analyses are made, and the doctor is informed.

[0110] Education Modules:

[0111] Training is provided to increase the professional competence of healthcare personnel during visits. In addition, patients and their relatives are informed about diseases and treatment processes.

[0112] Usage Scenario for Individual Users

[0113] Individual users can use the application to improve their health monitoring and quality of life as follows:

[0114] Symptom and Diet Tracking: Users record their symptoms and diet plans daily. For example, a user who wants to lose weight integrates their blood pressure, menstrual period, and exercise plan into the system.Artificial Intelligence-Based Suggestions: The system offers personalized suggestions based on the user's health data. For example, it recommends a low-sodium diet for a user with high blood pressure.

[0115] Smart Device Integration: Data from smart watches, blood pressure monitors, and other medical devices are transferred directly to the system. The user regularly monitors their vital signs and offers suggestions based on the analysis.

[0116] Emergency Aid and Insurance Transactions: In case of emergency, they can call for location-based help and easily communicate with their insurance company to manage their financial processes.

[0117] Detailed description of the invention

[0118] The subject of the invention is an organ transplantation and long-term patient follow-up and modular management application,

[0119] - A user interface module that allows all users (patients, doctors, nurses, coordinators, hospital and similar management, insurance companies and individual users) to download the application to their smartphones, tablets or computers and select the appropriate login option, allowing users to log in to the application by filling in their personal information,

[0120] - A patient follow-up module that allows patients to regularly follow their health status, record their daily health data (e.g. blood pressure, pulse, weight) and share this data with their doctors, and provides features such as viewing analysis results and receiving doctor evaluations,

[0121] - Doctors to manage examination, treatment planning and remote monitoring processes by accessing patients' health data; a doctor module that allows coordinators to evaluate test results and organize surgical processes with expertteams, and allows doctors to perform team management, personnel organization and treatment program applications, and prepare medical reports,

[0122] - A coordinator module that allows coordinators to organize hospital, patientdoctor relations from patient admission, optimize operational processes and manage in-hospital / out-of-hospital organizations, and to plan tasks such as monitoring surgical materials and rooms, patient transfers and communication with patient relatives,

[0123] - An organ transplant management module that allows patients who have undergone organ transplantation and patients waiting for organ transplantation to monitor the donor matching process in real time, follow their health status after transplantation and optimize their treatment processes by staying in touch with their doctors,

[0124] - An appointment and examination module,

[0125] - An education and information module that allows patients, relatives and individual users to become aware of their health status and treatment processes, and to receive training with video and interactive content,

[0126] - A smart device and loT integration module that allows patients and individual users to track their health status by integrating data from devices such as smart watches, blood pressure meters, glucometers, etc. into the system and receive reminders compatible with smart home systems,

[0127] - An artificial intelligence module that allows patients, doctors, coordinators, hospital management and individual users to analyze health data and make early diagnosis, receive personalized health recommendations and treatment plans, optimize donor matches and accelerate medical processes,- A module that allows hospital managements, insurance companies and official institutions such as the Ministry of Health to effectively manage corporate processes through a digital platform; planning and monitoring operational processes, improving the quality of health services, monitoring staff performance, optimizing patient admission processes, monitoring beds in intensive care and wards, patient admission and discharge procedures, controlling financial tables and budget management; also a management module that supports decisionmaking mechanisms by performing analysis and reporting on a wide range from organ transplant operations to intensive care processes, and provides operational efficiency through a central system in accordance with data security standards.

[0128] The application in question was developed with the aim of digitizing healthcare services and was designed to meet all the needs of individual users and professionals in the healthcare sector. The application allows users to enter the system by filling in their personal information and selecting the appropriate login option after downloading it to their smartphones, tablets or computers. Many functions such as users regularly following their health status, recording daily health data in the system and sharing it with their doctors, scheduling appointments and managing treatment processes are facilitated with its user-friendly interface.

[0129] Patients can view analysis results while monitoring their health data, benefit from medication and appointment reminders, and access awareness content in organ transplantation processes. Doctors can manage treatment planning by instantly monitoring the health status of their patients, organize surgery processes and work in collaboration with teams. Coordinators optimize operational processes while organizing the patient-doctor relationship, manage patient transfers and in-hospital / outside organizations. Hospital management can monitor operations by planning resources effectively and support decision-making mechanisms with data analysis. Individual users, on the other hand, improve their quality of life bychecking their own health status, receive artificial intelligence-supported recommendations and perform health monitoring.

[0130] This application also facilitates early diagnosis with artificial intelligence-supported analyses, enables personalized provision of healthcare services and optimizes donation processes. Taking healthcare technology one step further with smart devices and loT integration, the system allows users to easily follow data from medical devices. Against the information and reading laziness brought by technology, it keeps the entire team's knowledge levels at the highest level with in-house mini but stable trainings. Data security protects patient information with strong storage infrastructure and regulatory compliance standards, and works in compliance with international healthcare quality standards.

[0131] An advanced data analytics and reporting module is provided for hospital management, doctors and coordinators, which allows them to analyze operations in detail, store and optimize patient data securely. This system allows transparent and effective management of processes with powerful reporting tools, while improving treatment processes and facilitating staff organization with professional analysis and decision support. In addition, it demonstrates high performance in protecting patient safety and data privacy standards and provides training and development support that improves the professional knowledge and expertise of healthcare professionals. This support helps professionals continuously strengthen their professional competencies. As a result, our invention facilitates a wide range of healthcare management from organ transplantation processes to long-term patient follow-up, while ensuring that healthcare services are provided in a more accessible, sustainable and effective manner. With its modular system developed for all users, it adapts to the needs of both individuals and institutions, maximizing the user experience. In this way, patient satisfaction and overall efficiency in the healthcare sector are significantly increased.

Claims

CLAIMS1) An organ transplant and long-term patient follow-up and management application is comprising;- A user interface module that allows all users (patients, doctors, nurses, coordinators, hospital and similar management, insurance companies and individual users) to download the application to their smartphones, tablets or computers, select the appropriate login option, and allow users to log in to the application by filling in their personal information,- A patient tracking module that allows patients to regularly monitor their health status, record daily health data (e.g. blood pressure, pulse, weight) and share this data with their doctors, as well as view test results and receive doctor evaluations,- A doctor module that allows doctors to manage examination, treatment planning and remote monitoring processes by providing access to patients' health data; to evaluate analysis results and organize surgery processes with expert teams; and to perform team management, personnel organization and treatment program applications and prepare medical reports.- A coordinator module that allows coordinators to organize the hospital, patient-doctor relationship from the moment the patient is admitted, optimize operational processes and manage in-hospital / out-of-hospital organizations, and plan tasks such as tracking surgical materials and rooms, patient transfers and communication with patient relatives.An organ transplant management module that allows patients who have undergone organ transplantation and patients awaiting organ transplantation to monitor the donor matching process in real time, tracktheir post-transplant health status, and optimize their treatment processes by staying in touch with their doctors,- An appointment and examination module where patients can plan their appointment and examination processes, doctors reduce their workload by giving instructions to the coordinator via voice message, remote examination support is carried out through the coordinator and doctors, and doctors are allowed to organize their examination and diagnosis plans, enabling remote examination support and planning of medical services.- An education and information module that allows patients, their relatives and individual users to become aware of their health conditions and treatment processes and receive training through videos and interactive content,- A smart device and loT integration module that allows patients and individual users to track their health status by integrating data from devices such as smart watches, blood pressure monitors, glucometers, etc. into the system and receive reminders compatible with smart home systems,- An artificial intelligence module that allows patients, doctors, coordinators, hospital management and individual users to analyze health data to make early diagnosis, receive personalized health recommendations and treatment plans, optimize donor matches and accelerate their medical processes,And characterized by- A management module that enables hospital managements, insurance companies and official institutions such as the Ministry of Health to effectively manage corporate processes via a digital platform; planning and monitoring operational processes, increasing the quality of healthcareservices, monitoring staff performance, optimizing patient admission processes, monitoring beds in intensive care and wards, patient admission and discharge procedures, controlling financial tables and budget management; and also supporting decision-making mechanisms by performing analysis and reporting on a wide range from organ transplant operations to intensive care processes, and providing operational efficiency via a central system in accordance with data security standards.