[Shortly after that COVID-19 appeared it became clear, that although the disease mainly characterized by respiratory symptoms, other signs frequently appeared, which showed involvation of other organs. There are several new publications which report about neurological complications. According to data developing of encephalitis could be relatively frequent among these. Its symptoms can mostly be observed concommittantly with respiratory symptoms or during critical state of the disease, and several forms were detected. In our patient symptoms of central nervous system involvement appeared a few weeks after healing of COVID-19 pneumonia. Clinical signs, imaging, electroencephalograpy and cerebrospinal fluid analysis confirmed the diagnosis of encephalitis. Considering the previous SARS-CoV-2 infection and the results of the examinations, we think this case was a postinfectious central nervous system disease. There are only a few data available regarding encephalitis after Covid-19 disease in the literature, yet. ]

[Results of cardiovascular safety studies with SGLT-2 inhibitors have shown that in addition to their hypoglycaemic and beneficial cardiovascular effects, they are renoprotective. A number of mechanisms underlying the renoprotective effects of SGLT-2 inhibitors have been shown to reduce albuminuria and deterioration of renal function. Their nephroprotective effects extend over a very wide range of eGFR and albuminuria categories. In the DAPA-CKD study, dapagliflozin was shown to exert its nephroprotective effect regardless of the presence of diabetes and a baseline eGFR, while also having a beneficial effect on cardiovascular endpoints and mortality. Following the confirmation of favourable renal results for SGLT-2 inhibitors, it is no coincidence that they have been included in national and international recommendations for the treatment of chronic kidney disease.]

[It is no exaggeration to say that there is a paradigm shift in the diabetes care. Since 2015, the driving force behind are primarily the widely spreading sensor technologies instead of the new insulin products and treatment regimens. The rapidly spreading sensor technologies are applied in more and more countries financially supported in type 1 diabetes since 2015. The use of Continuous Glucose Monitoring (CGM, tissue glucose sensor, simplified as sensor), which includes both real-time CGM (RT-CGM) and intermittently scanned CGM (isCGM), has grown rapidly over the past few years by improving sensor accuracy, greater convenience and ease of use, and expanding support of reimbursement. Numerous studies have demonstrated the significant clinical benefits of using CGM in diabetic patients, regardless of the type of insulin treatment. In this summary, we review the practical aspects of glucose monitoring, the optimal frequency of monitoring, the effectiveness, re­liability, and role of continuous glucose mo­­nitoring systems.]

[Therapeutic patient education is a lifelong educational activity. As an approach focus­ed on the needs, values and therapeutic strategies of patients, it promotes an increase in patients’ knowledge and skills according to the disease, results in a better quality of life, increased therapeutic compliance and a decrease of complications. Patients become partners and health care providers become coaches. Many type-2 diabetes patients re­fuse insulin therapy, even when this modality of treatment is indicated. This paper aims to explore diabetic patients’ reasons of accepting insulin therapy and the initial barriers to its use, as well as relat­ed education requirements.]

[INTRODUCTION - Data on bone mineral density (BMD) in diabetes mellitus are contradictory in the literature. Early studies described a decreased bone mineral density in type 1 diabetes mellitus (T1DM), but recent studies report no osteopenia in T1DM.The BMD may depend on the quality of treatment for diabetes mellitus and on the presence of chronic complications. In type 2 diabetes mellitus (T2DM) the BMD is not decreased, occasionally it can even be increased. PATIENTS AND METHODS - Bone mineral density was measured in 122 regularly controlled diabetic patients (T1DM: n=73, mean age: 43.6±11.1 years,T2DM: n=49, mean age: 61.8±9.8 years) by dual energy X-ray absorptiometry at the lumbar spine and at the femur. Results were compared to those of 40 metabolically healthy control persons with a mean age of 47.5±11.9 years.The patients’ carbohydrate metabolism was assessed by the average HbA1c level of the last three years.These values were 7.9±1.4 % in T1DM, and 7.5±1.7 % in T2DM. BMDs were classified based on the T-score and Z-score using the WHO criteria. RESULTS - There was no significant difference in T1DM or in T2DM compared to the reference group in the prevalence of either osteoporosis or of osteoporosis and osteopenia combined. CONCLUSION - BMD was not found to be decreased in patients with well-controlled metabolism compared to healthy controls.]