Inflammatory markers in clinical practice.

Inflammation is the general defense response of the body against various harmful irritations. Diagnosis of the inflammatory process and monitoring of its treatment is based on a combination of clinical and laboratory findings. Biochemical inflammatory markers usually serve to support the diagnosis of the infection, to monitor it, and to monitor the effectiveness of anti-infective treatment. The inflammatory marker should be selected according to the clinical condition with regard to the treachery and deficiencies of the markers, with knowledge of their dynamics and with regard to the length of the anamnesis. As an optimal procedure for detecting bacterial infection, it is recommended to screen for several acute phase proteins. The role of the physician is to determine when, under which circumstances, and which markers to have examined, with a view to ensuring that the patient is correctly diagnosed in time and receives appropriate treatment, and on the other hand, that he is not unnecessarily iatrogenized and that the medical facility does not lose money unnecessarily.

Adipocytokines and thyreopathies.

Adipocytokines are numerous proteins secreted by adipose tissue predominantly. They regulate many key physiological processes in human body. High or low levels of thyroid hormones in various thyropathies may have influence on levels of various adipocytokines, especially adiponectin, resistin and visfatin. However, results of studies are controversial or miss. Perplexing influence could have associate diseases of metabolic character (e. g. insulin resistance and type 2 diabetes mellitus or developing atherosclerosis).

[The prevalence of type 2 diabetes mellitus in patients with autoimmune thyroiditis in hypothyroid stadium]. / Výskyt diabetes mellitus 2. typu u pacientov s autoimunitnou tyroiditídou v stádiu hypotyreózy.

INTRODUCTION: Autoimmune thyroiditis (AIT) and type 2 diabetes mellitus (DM2T) are the two most common endocrinological diseases worldwide. The relationship between T1DM and autoimmune thyreopathies is known and described, but the relationship between thyreopathies and diabetes type 2 is not clarified sufficiently through that studies manifest increasingly the connection between them. OBJECTIVE: Investigate the prevalence of DM2T in patients with AIT in hypothyroid stadium and compare with common population and investigate a possible association between thyroid and glucose metabolism parameters. MATERIAL AND METHODS: The group consisted of 100 patients (33 men and 67 women) with AIT without until now documented glucose metabolism disorder, average age 65.63 ± 19.05 years. The control group (CG) consisted of 100 subjects without until now documented thyreopathy and glucose metabolism disorder (37 men and 63 women), average age 63.85 ± 18.98 years. We realised venous blood sampling and determined thyroidal and glycid metabolism parameters. RESULTS: The study did not confirm higher prevalence of diabetes in patients with AIT [3 (3 %) vs 4 (4 %), p = 1]. There were no statistical significant differences between glycid metabolism parameters in patients with AIT and CG. Also no glycid metabolism parameters correlated to thyroidal parameters. CONCLUSION: We did not confirm higher prevalence of DM in patients with AIT.Key words: autoimmune thyroiditis - diabetes mellitus type 2.

[Acquired hemophilia A: case report]. / Získaná hemofília A: kazuistika.

Case report of a 74-year-old male with acquired hemophilia A, whose etiology was not found, confirmed by hemocoagulation examinations, with clinical manifestation of protracted macroscopic hematuria, spontaneous skin and intramuscular bleedings. Treatment comprised conservative therapy administration of hemostyptics, red blood cells transfusions application of recombinant human factor VII (rFVII) and immunosuppression. Finally, patient died due to nosocomial infection caused by multidrug-resistant pulmonary pathogen.Key words: acquired hemophilia A - bleeding.

[Selenium treatment in thyreopathies]. / Liecba selénom u tyreopatií.

Selenium (latin Selenium) is a micronutrient embedded in several proteins. In adults, the thyroid is the organ with the highest amount of selenium per gram of tissue. Selenium levels in the body depend on the characteristics of the population and its diet and geographic area. In the thyroid, selenium is required for the antioxidant function and for the metabolism of thyroid hormones. The literature suggests that selenium supplementation of patients with Hashimotos thyroiditis is associated with a reduction in antithyroperoxidase antibody levels. Selenium supplementation also in mild Graves orbitopathy is associated with delayed progression of ocular disorders. As a consequence of this observation The European Group on Graves Orbitopathy recommend six months selenium preparates supportive therapy for patients with mild form of Graves orbitopathy.Key words: Graves-Basedows disease - Hashimotos thyroiditis - selenium - supplementation.

[Acute kidney injury: a current comprehensive overview]. / Akútne oblickové poskodenie: aktuálny komplexný prehlad.

Acute kidney injury (AKI) is a syndrome characterized by the rapid loss of the glomerular filtration (GF) with consecutive retention of nitrogen-containing substances. It includes conditions from mild injury with slight metabolic derangements to oligoanuric failure with life-threatening metabolic disruption. 130 subjects with this renal injury were hospitalized at the Ist Department of Internal Medicine of the University Hospital of Louis Pasteur and the Medical Faculty of the University of Pavol Jozef Safárik in Kosice in the Slovak Republic in the years 2013, 2014 and 2015. It is resulted from the analysis of patients that they were mainly elderly patients whose AKI developed in chronic kidney disease (CKD) terrain. The most common reason was hypovolemia caused by dehydratation (44.62 %).Key words: acute kidney injury - dehydratation.

Autoimmune thyroid disease and rheumatoid arthritis: relationship and the role of genetics.

Autoimmune thyroid disease (AITD), known as the most common organ-specific autoimmune disorder, is frequently accompanied by other organ and non-organ-specific autoimmune diseases, including rheumatoid arthritis (RA). Although the exact pathogenic mechanisms of the coexistence of autoimmune disorders are still not completely defined, genetics, immune defects, hormones and environmental factors may play key roles in polyautoimmunity. In this review, the prevalence of AITD and antithyroid autoantibodies in RA patients and rheumatic manifestations in association with thyroid autoimmunity are discussed. Finally, we review the role of genetics in the association of both AITD and RA, especially CTLA-4 and PTPN22 polymorphisms.