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72 active trials for Periodontitis

The Association of Blood Haemoglobin and Colour of Gums

AIM: To evaluate the association of the levels of blood haemoglobin to the distribution and severity of gingival melanin pigmentation at 3 different periodontal health status SAMPLE SIZE ESTIMATION Done using GPower v.3.1.9.2 Total sample size = 60 (20 each in 3 groups) Effect size = 40% Power = 80% ?-error = 5% SAMPLING: Simple random sampling Subjects to be recruited from out patient pool of KLE Society's Institute of Dental Sciences, Bangalore Subjects to be categorised into 3 groups (20 subjects each) Group A - Healthy periodontium Group B - Gingivitis Group C - Periodontitis PARAMETERS ASSESSED Blood Haemoglobin Concentration (in %gm/dL) Hedin Melanin Index Score 0: No pigmentation Score 1: one or two solitary unit(s) of pigmentation in papillary gingiva without formation of a continuous ribbon between solitary units Score 2: More than three units of pigmentation in papillary gingiva without the formation of a continuous ribbons of pigmentation Score 3: One or more short continuous ribbons of pigmentation Score 4: One continuous ribbon including the entire area between canines STATISTICAL ANALYSIS SPSS for Windows Version 22.0 to be used Descriptive statistics: It includes expression of study parameters in terms of Mean & SD for continuous variables, whereas in terms of frequency and proportions for categorical variables. Inferential Statistics: Chi Square Test will be used to compare the pigmentation index between 03 groups. And similarly, gender wise comparison of hemoglobin concentration will be done using the same test. One-way ANOVA test followed by Tukey's HSD post hoc Analysis will be used to compare the mean hemoglobin levels based on the pigmentation index scores in each group. The level of significance [P-Value] was set at P<0.05

Start: December 2019
Treatment of Periodontal Disease in Systemic Lupus Erythematosus

Many studies have conducted to evaluate the relationship of systemic inflammatory diseases with periodontal disease. Previous evaluations suggest that there is no significant association between patients with Systemic lupus erythematosus (SLE) and Periodontitis (PD). However, some of the studies have shown relevancy between these two inflammatory diseases and have suggested to explore more for further knowledge. The aim of the study is to establish and investigate a relationship between SLE and PD. The study which will take place in two centers and will recruit 30 patients which will enter a pilot randomized controlled trial. Individuals enrolled into the study will be randomly assigned to the test or control group in a 1:1 ratio. Study will be divided in to six visits for the patients and the length of the study will be of 6 months. Visit 1 will be consisting of Screening including consent and Periodontal examination of the patients. Visit 2 includes orthopantomogram (OPG), Comprehensive periodontal examination recording, Blood samples collection vascular function assessment and optical coherence tomography (OCT). Intensive periodontal treatment (IPT) for test group and control periodontal treatment (CPT) for control group including medical history recording according to group allocation in visit 3 for control group and (3a and 3b) for test group will take place. Follow ups after two months will be conducted in Visit 4 for both groups including Demographics, medical history and concomitant medications recording, comprehensive periodontal examination recording, OCT, blood samples/saliva samples collection and vascular function assessment. Visit 3 and 5 will be conducted as periodontal treatment (IPT for test group and CPT for the control group), medical history recording, including demographics, Alogrithm for cardiovascular disease (Qrisk3) questionnaire (Visit 3 only) to assess the cardio-vascular risk medical history and concomitant medications recording, comprehensive periodontal examination recording, blood samples collection and vascular function assessment. Last visit will be 6 months follow up.

Start: October 2019
Tongue Dysbiosis Effects on Arterial Pressure of Periodontitis Patients

Blood pressure control is crucial for individuals' wellbeing. However, many daily aspects such as diet could impair blood pressure control. In addition, many people living under different conditions in different countries are affected by some kind of gum disease. These people experience gingival bleeding, bad breath, teeth mobility and pain. Throughout gum disease development the number of oral germs in the mouth increases including their levels in tongue surface. Oral bacterial are able to convert nitrate widely found in food in nitrite which influences blood pressure. Frequently treatment of gum diseases general combines manual instrumentation with mouthwashes. However, it has been suggested that reduction of oral bacteria by mouthwashes, especially chlorhexidine, is accompanied by decreased conversion of nitrate to nitrite and that this minor nitrite availability would increase blood pressure. Therefore, this is a point to be clarified for patients, physicians and dentists. This study will investigate the relation between treatment with mouthwashes and blood pressure of patients with destructive gum disease based on nitrite levels in saliva, bacterial levels in tongue and values of arterial blood pressure which will be monitored over 6 months. In addition, usual clinical parameters and alteration of oral cells' DNA will be also monitored overtime. Patients will be treated under local anesthesia and manual instrumentation within 24 hours. They will receive oral care products too. There will be 3 treatment groups (manual instrumentation + chlorhexidine mouthwash [2 times a day for 3 weeks], manual instrumentation + placebo mouthwash [2 times a day for 3 weeks] and manual instrumentation + no mouthwash) and 2 dental appointments before treatment. After treatment, patients will be examined at 7, 14, 21, 90 and 180 days. Saliva, plaque and cell sampling will be fast and by no invasive methods.

Start: August 2020