RESUMO
The high prevalence of arterial hypertension and necessity for permanent monitoring of blood pressure requires implementation of new methods of interaction between patient and physician in order to optimize medical care. The purpose of the study was to describe and to evaluate functional possibilities of Russian-speaking mobile applications utilized in collecting blood pressure readings to monitor efficiency of arterial hypertension treatment. The study was carried out in June 2023 in three mobile application stores: Apple Store, Google Play and RuStore. The Russian-speaking applications applied to hypertension self-controlling were considered. For final analysis 45 mobile applications were selected out of 380 applications tested. The most common functions, besides fixing blood pressure levels, were ability of fixing pulse rate (n=41), weight (n=21), sugar level (n=10), blood oxygen saturation (n=8), cholesterol (n=6), rhythm disturbances (n=6) and body temperature (n=5). Additionally, applications made it possible to add tags (n=33), to view statistics (n=41) (including average blood pressure (n=8), pulse pressure (n=9), average daily blood pressure (n=6) and to compare data for different periods of time (n=6), to filter data by tags (n=17), to export statistics (n=32). The 6 applications also supported technology of wireless reception of blood pressure and emergency data. The educational information about blood pressure was enclosed in 17 applications and dietary advice in 12 applications. The content included basic information about blood pressure, treatment, diet, and physical activity. No clinical studies that proved efficiency or inefficiency of analyzed applications were found. None of descriptions comprised both involvement of physicians in development of application and use of clinical recommendations. The results demonstrated large choice of applications used in recording blood pressure with purpose of hypertension self-control. Besides, mobile applications contain various functions and their combinations that can help patient to control blood pressure more effectively. The physicians are to be aware of capabilities of mobile applications developed with purpose of monitoring health of patients.
Assuntos
Hipertensão , Aplicativos Móveis , Humanos , Hipertensão/terapia , Pressão Sanguínea/fisiologia , Autocuidado/métodosRESUMO
Outpatient urodynamic monitoring (AUM) - registration of the patients urination parameters for a certain time (for example, during the day), which is carried out in natural conditions for him. Monitoring allows you to identify hidden or periodically occurring (circadian) changes, which are not always possible to record with a single study. The research was searched in the PubMed and Elibrary.ru databases using the keywords "home uroflowmetry", "outpatient urodynamic examination", "outpatient urodynamic monitoring", "outpatient uroflowmetric monitoring". The difficulties in performing AUM lie not only in the hardware (the presence of a portable device, minimally invasive or non-invasive research, software that guarantees the storage and transmission of data), but also the difficulties associated with teaching patients and overcoming conservatism on the part of medical personnel. Today, there are several urodynamic devices and uroflowmeters designed for research at home. Outpatient (home) urodynamic monitoring is one of the most promising studies for implementation in everyday clinical practice in the provision of medical care to patients with urination disorders on the background of benign prostatic hyperplasia. The integration of home uroflowmetric monitoring into the eHealth system, of course, remains an inevitable trend in the development of modern healthcare.
Assuntos
Hiperplasia Prostática , Transtornos Urinários , Humanos , Masculino , Pacientes Ambulatoriais , Hiperplasia Prostática/diagnóstico , Micção , UrodinâmicaRESUMO
INTRODUCTION: Urolithiasis is a clinically and socially significant disease that requires long-term follow-up in order to prevent stone recurrence. Currently, telemedicine consultations in the "patient-doctor" format are actively used in urology, however, the methodology, technological base and assessment of the efficiency of remote monitoring of the patient's health status are virtually not developed. AIM: To provide basics for the methodology of remote monitoring of patients with urolithiasis for detailed comprehensive examination and comprehensive metaphylaxis of recurrent stone formation. MATERIALS AND METHODS: A comprehensive clinical examination was carried out on the basis of the Institute of Urology and Human Reproductive Health, the National Medical Research Center on Urology and the Institute of Digital Medicine of FGAOU VO I.M. Sechenov First Moscow State Medical University during the period from 1st February to 1st December 2020. A total of 30 patients with urolithiasis were included in the study. Remote monitoring of health status was carried out using a portable analyzer "ETTA AMP-01" on dipstick. Data transmission was performed through a mobile application, which is part of the "NetHealth" information system (www.nethealth.ru). The values and frequency of urine tests performed by the patient independently, as well as patient satisfaction and adherence to the monitoring technology were evaluated. Analytical, clinical, sociological and statistical research methods were used. RESULTS: By systematizing published data and our own clinical experience, we have developed a model for remote monitoring of the health status of patients with urinary stone disease, which included a system of indications and contraindications, a program and an order of the monitoring, as well as a basic technological solution (medical devices and a hardware-software complex). In this study, median duration of remote monitoring was 168 days. According to the questionnaire, general positive assessment and desire to continue telemonitoring was seen in 100.0% of cases, while 86.7% of patients positively evaluated the technical accessibility and reliability of the system and 93.3% considered the quality and availability of medical care as high. CONCLUSION: A methodology for remote monitoring of patients with urolithiasis has been developed with the aim of preventing recurrent stone formation. There was a high adherence of patients to remote monitoring with a tendency to decrease in values after 4 and 6 months. During these periods, it is necessary to carry out routine consultations by the physician who appointed remote monitoring in order to continue the follow-up program. There was a high satisfaction of patients with remote monitoring, and they pointed out the quality and availability of urological care owing to telemedicine technologies.