Evaluation of sleep quality, insomnia severity and OSAS risk in primary care population: A descriptive study.

PURPOSE: In our study, we aimed to evaluate the sleep quality, insomnia presence and severity, obstructive sleep apnoea syndrome (OSAS) risk of the patients who applied to family health centres and to determine the situations that might be related with these features. METHODS: This study is a descriptive research and conducted in Ankara Güdül, Antalya Degirmenözü, Bursa Sirameseler, Gaziantep Family Health Centre policlinics. The study population consisted of all patients over 18 years of age who were admitted to the family health centres for any reason. A 10-question questionnaire, Berlin questionnaire, Pittsburgh sleep quality questionare and insomnia severity questionare were applied by the researchers from October to December 2017 by using face-to-face interview method. RESULTS: Two hundred nineteen nine people participated in study and 54.5% of them were women. According to the results of Pittsburgh Sleep Quality Questionare, it was found that 27.1% of the participants' sleep quality was good; according to the Berlin sleep questionnaire, 27.4% of the participants had high OSAS risk. According to Insomnia Severity Questionare, 27.1% of them had insomnia lower threshold, 15.4% had moderate insomnia and 3.7% severe insomnia. CONCLUSIONS: In this context, it will be very effective in terms of the quality of life of patients in order to determine the conditions that disrupt sleep hygiene and to perform the necessary interventions which can be intervened in the primary healthcare institutions and the other patients to be delivered to the related upper levels.

Comparison of effects of bleach and cleansing tablet on reflectance and surface changes of a dental alloy used for removable partial dentures.

Proper hygienic care of removable partial dentures is important for maintaining a healthy oral mucosa. A daily home care routine is the responsibility of the patient to maintain oral hygiene. A dentist must inform the patient about denture cleansers used for plaque control. Common denture cleansers may negatively affect the surface of alloys used to make partial dentures. The purpose of this study was to evaluate whether bleach and cleansing tablet have deleterious effects on the surface of a dental alloy used to fabricate removable partial dentures. Nineteen test specimens were prepared from CoCr dental alloy. The specimens were cast into 10 mm long x 10 mm wide x 1 mm thick. Fresh solutions made from a commercial bleach and a commercial cleansing tablet were used for each treating. Three groups (commercial denture cleansing tablet, bleach and tap water) were tested. Six specimens were immersed in 200 mL of tap water containing a single denture cleansing tablet. Two spoons of the commercial bleach was added to 200 mL of tap water. Seven specimens were treated. The control specimens were immersed in 200 mL of tap water. Six specimens were the control group. Each specimen was immersed for 30 min per day in the solution for a period of 30 days. The specimens were analyzed for reflectance with a spectrophotometer, for surface changes with a light microscope and weight which was measured with sensitive balance before and after treatment. The SPSS program was used for the statistical analysis. The Kruskal-Wallis Test and Wilcoxon Signed Ranks Test was used. No significant changes of reflectance was shown in the Kruskal-Wallis Test (p > 0.05). The Wilcoxon Signed Ranks Test was performed for comparison into groups. The difference between before and after treatment was statistically significant for the commercial denture cleansing tablet and the commercial bleach (p = 0.028) (p < 0.05). Reflectance was decreased after treatment. Within the limitations of this study, the commercial cleaning solutions had influenced the decrease of reflectance on the surface of the dental alloy. This solutions should not be limitlessly used on dentures with metal components, because they caused clinically significant reflectance changes on the surface of the alloy after 30 days.