View clinical trials related to Periodontitis.
Filter by:This study aimed to determine CCL19/MIP3beta(β) and CCL20/MIP3alpha(α) in the gingival crevicular fluid (GCF) of the patients with different periodontitis phenotypes. A total of 72 individuals, 24 with Stage III Grade B periodontitis (Group 1), 24 with Stage III Grade C periodontitis (Group 2), and 24 periodontally healthy (control group) (Group 3), were included in the study. GCF and clinical periodontal parameters were obtained at baseline. MIP3β and MIP3α levels in GCF were determined by ELISA.
The objective of this study is to assess the long-term efficacy of "AGE among on deep periodontal pockets by different doses of "AGE" for a period of 18 months.
The aim of the study is to identify adolescent patients that are at risk of developing oral diseases, and to assess if targeted preventive oral treatment with antibacterial dual-light therapy as an adjunctive treatment method can have a positive impact in preventing oral diseases from emerging.
Endodontic treatment is done in Patients with chronic pulp exposure in patients with Coronary Artery Disease and systemic inflammatory markers recorded before and and after treatment and compared with patients with Coronary Artery Disease without chronic pulp exposure.
The aim of this randomized clinical trial is to evaluate the potential benefit of the use of a bone substitute material in the treatment of furcation degree II-involved molars. The main question it aims to answer is: What is the benefit of the adjunctive use of a bone substitute material in the surgical treatment of furcation degree II-involved molars when compared to open-flap debridement alone? 200 patients with ≥1 molar presenting with a furcation defect degree II will be included and randomized to either control (open-flap debridement) or test treatment (open-flap debridement + bone substitute material). The primary outcome of the study is furcation closure defined as absence of clinically detectable furcation involvement degree >I. Secondary outcomes include changes in bleeding on probing, probing depth, vertical and horizontal attachment levels, soft tissue level, marginal bone level, need for surgical retreatment, tooth loss, patient-reported outcomes and adverse events. A composite outcome based on furcation closure (degree ≤I) in combination with shallow probing depth (≤5 mm) and absence of bleeding on probing will also be evaluated.
1. To assess the alteration in the level of salivary osteopontin (OPN), osteonectin(ON) and histatin-1 following NSPT in smoker and nonsmoker unstable periodontitis patients at different time intervals(one month and three months) . 2. To evaluate the response of clinical periodontal parameters ( plaque index ,bleeding on probing ,probing pocket depth ,clinical attachment loss)following NSPT in smoker and nonsmoker unstable periodontitis patients at different time intervals (one month and three months)
1. To investigate the transcriptomic profile of periodontitis and peri-implantitis. Patients with defined periodontitis, at two non-adjacent teeth and peri-implantitis at ≥ one implant in function of ≥ one year, will be included to investigate the gene expression profile in tissue affected by periodontitis and peri-implantitis. Subjects will undergo a full-mouth examination performed by a calibrated examiner, including assessment of caries, bone abnormalities and infections according to intraoral x-ray, plaque index and pocket probing depth, suppuration, bleeding on probing, alveolar bone loss, and the number of teeth. During surgical intervention, tissue biopsies (two specimens per site) will be collected by a periodontist from site with ongoing periodontitis and site from ongoing peri-implantitis. 2. To study the microbiome and biomarker profile associated with periodontitis and peri- implantitis. Patients with defined periodontitis, at two non-adjacent teeth and peri-implantitis at ≥ one implant in function of ≥ one year, will be included in this study to determine the bacteria composition, cytokine profile and inflammatory biomarkers profile. Subjects will undergo a full-mouth examination performed by a calibrated examiner, including assessment of caries, bone abnormalities and infections according to intraoral x-ray, plaque index and pocket probing depth, suppuration, bleeding on probing, alveolar bone loss, and number of teeth. Peri-implant crevicular fluid (PICF), gingival crevicular fluid (GCF), saliva and submucosal/subgingival plaque will be collected.The presence and composition of periodontal and peri-implant plaque samples are investigated.
Periodontitis is a chronic inflammatory disease of the tooth supporting structures induced by a dysbiosis in the oral and subgingival microenvironment of susceptible patients. The long-term swallowing of high doses of periodontal pathogenic microorganisms could induce a dysbiosis of the intestinal microbiota, favouring the establishment of an 'inflamed' microbiome in terms of composition and/or function. The present project is aimed at a better understanding of the etiopathogenetic correlation between periodontitis and intestinal dysbiosis, and aims to explore the hypothesis that periodontal treatment may influence the multi-omics profile on the oral-gut-systemic axis. 70 patients affected by stage III-IV periodontitis will be recruited, and treated by means of full-mouth scaling and root planing. Salivary, subgingival plaque, plasma and stool samples, together with a complete periodontal charting and a food diary will be collected and compared at baseline and after treatment. Age, gender and BMI-matched healthy individuals will be recruited as controls.
The present study aimed to determine the effect of non-surgical periodontal treatment on serum and salivary SIRT-1, MMP-9, and T-SOD levels in periodontitis stage III grade B (P-III-B) and C (P-III-C) patients. 17 periodontally healthy, 16 P-III-B and 16 P-III-C subjects were enrolled. At baseline, serum and saliva samples were collected and the whole mouth clinical periodontal parameters were recorded. Periodontitis patients received non-surgical periodontal treatment. Clinical parameters were re-measured and samples were re-collected at 3 months after treatment. Serum and salivary SIRT-1, MMP-9, and T-SOD levels were analyzed by ELISA. Data were analyzed using appropriate statistical tests.
The goal of this clinical trial is to compare the efficacy of Noisome as carrier of minocycline hydrochloride gel to minocycline hydrochloride in Stage II or Stage III Periodontitis . The main questions it aims to answer are: - Is the Noisome carrier of minocycline hydrochloride has an effect in comparing to minocycline hydrochloride in Stage II or Stage III Periodontitis? - what is the release profile of of minocycline hydrochloride noisome gel and minocycline hydrochloride gel? Participants will be asked to maintain oral hygiene after application of treatment Researchers will compare the effect of noisome as a carrier of locally delivered minocycline hydrochloride gel to minocycline hydrochloride gel in stage II or stage III periodontitis patients as an adjunct to non-surgical periodontal treatment] to see if Plaque Index (PI) , Gingival index,Clinical attachment level (CAL) &Periodontal Pocket Depth decreased or not.