Although not conclusive because of the small sample and short observation period, the study suggests that telehome monitoring is an effective tool in controlling type 2 diabetes in a primary care setting.
A telemedicine support system for diabetes management was compared with standard monitoring of patients with diabetes. The telemedicine system was composed of two modules: a Patient Unit and a Medical Unit connected by the telecommunication network. The study involved 60 patients of family doctors' practices in the Lower Silesia Region who were diagnosed with diabetes. There was no significant difference in haemoglobin A(1c) between telemonitoring and the traditional group of diabetic patients during the survey. The patients' quality of life slightly improved in the telemonitoring (mean score 3.4) and the traditionally monitored group (mean score 3.2), but there was no significant difference between them. Most of the telemonitoring patients (75%) expressed the desire to continue with telemedicine support and nearly 60% of patients monitored with traditional methods wanted to be included in the telemedicine group. The system seems to be reliable, simple to use and friendly for the patients.
The main goal of the most European telemedicine programs is to increase access to emergency and primary care; however, telemedicine presents both profound opportunities and challenges to general practice/family medicine. The aim of this project is to develop and demonstrate a regional primary care teleconsulting system in Poland linking an academic family medicine center and 10 family doctors' practices (both urban and rural) within a range of 100-200 km, serving a local population of 25,000 individuals. It is designed to support real-time consultations among health care providers via a computer network, provide secure access to multimedia patient records, and facilitate an innovative home monitoring and remote care from doctors to their patients. The entire process (planned for 3 years) includes: selecting the best technology (i.e., teletransmission system, communication protocols, etc.) and equipment; preparing the assumptions and conditions for formats and transmission rates; analysis of the existing techniques of compression and preparing own specific solution; finding an optimal infrastructure (i.e., equipment and communication configuration); implementing the system; evaluation of the medical, economic, organizational, and sociological aspects of the system (i.e., accessibility to primary health care, cost feasibility and cost-effectiveness of telemedicine services, quality of care assessment, etc.). The project offers the potential to improve: access to high-quality primary health care; the patient-physician bond and the attending physician's level of confidence; education of family doctors; use of expensive resources; and a convenient mode of delivering medical services to the patient.
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