View clinical trials related to Periodontitis.
Filter by:This study will evaluate whether use of antidepressants can reduce gingival inflammation in patients with periodontal (gum) disease.
Despite the great progress in understanding the causes of infertility, the reason for the failure of pregnancy has not been discovered among 25% of infertile couples. Some studies have shown the negative impact of periodontal disease on the reproductive potential of women. It is known that there is an elevated level of matrix metalloproteinase 8 (MMP8) in the gingival fluid of patients with periodontitis. It is possible to establish a fast diagnosis of periodontitis by using a non-invasive assay based on monoclonal antibodies to two epitopes of MMP-8. The goal of the research is to use the above described assay in order to compare the level of MMP8 in the gingival fluid of infertile patients with the control group of fertile women, depending on the existence of periodontal disease. It is expected to find significantly higher values of MMP8 in infertile patients in relation to the fertile patient with/without periodontitis. The prompt treatment of periodontitis in preconception care of this group of women could have a significant impact on the improvement of fertility and ability to achieve pregnancy.
This study aims to evaluate an endodontic treatment protocol using adjunctive steps for disinfection of teeth with primary endodontic infections.
Periodontal disease is an immune-inflammatory disease which consists of connective tissue breakdown, loss of attachment, and alveolar bone loss.In normal physiology, there is an equilibrium maintained between reactive oxygen species (ROS) activity and antioxidant defence capacity. when this equilibrium changes and shifts in favour of ROS, it will result in oxidative stress (OS). Increased levels of acute phase proteins have been associated with gingival inflammation and periodontitis, which reflected the locally stressed environment. it has been well established that in chronic inflammation sites there is over-production of ROS. The human body consists of an array of antioxidant defense mechanisms (non-enzymatic and enzymatic antioxidants) which removes harmful ROS as soon as they are formed and prevent their deleterious effects. Superoxide dismutase (SOD), catalase (CAT), and glutathione peroxidase are the enzymatic antioxidants, while the nonenzymatic antioxidants include vitamins E and C, and reduced glutathione. C - reactive protein (CRP) is a plasma protein that reflects a measure of the acute phase response to inflammation and is one of the markers of choice in monitoring this response. Changes in peripheral blood cellular and molecular components can be seen in patients with periodontitis, as periodontitis includes inflammatory changes of the periodontal tissues. Ashwagandha is also known as Indian ginseng and winter cherry. It consists of dried roots of Withania Somnifera (Family: Solanaceae).6 The Sanskrit words ashva meaning horse, and gandha meaning smell together form the name Ashwagandha. Ashwagandha possessed marked anti-inflammatory effect against denaturation of protein in vitro. the effect was plausibly due to the alkaloid and withanolide contents of ashwagandha. It is a multipurpose herb, which acts as adaptogenic, antioxidant, anticancer, anxiolytic, antidepressant, cardio protective, thyroid modulating, immunomodulating, antibacterial, anti-inflammatory, neuroprotective, cognitive enhancing and hematopoietic agent.So, this study is carried out to assess SOD & CRP levels with or without Ashwagandha supplementation as an adjunct to scaling and root planing(SRP) in chronic periodontitis(CP) patients.
The purpose of this study is to determine whether enlarging the apical foramen causes postoperative pain in maxillary anterior teeth with apical periodontitis.
Pain after periodontal surgical procedures is a common manifestation. The perception of pain is highly subjective and varies substantially among individuals. Many factors affect pain perception, such as the nature, duration, and extent of the surgery and psychological aspects (e.g., stress and anxiety). Pain after periodontal surgery is an example of acute dental pain of mild to moderate severity. Non-steroidal anti-inflammatory drugs (NSAIDs) have a significant advantage in the control of pain after periodontal or oral surgical procedures. Diclofenac is a powerful anti-inflammatory and analgesic drug that is well suited for local use in the oral cavity. Diclofenac competes with arachidonic acid in a dose dependent manner for binding with platelet COX. This results in decreased production of PG and thus reduces inflammation, swelling and pain. As Diclofenac associated with many adverse effects, like gastric irritability, nausea, headache, dizziness. Undesirable effects may be minimized by using the lowest effective dose for the shortest duration necessary to control symptoms. As many of clinical trials have suggested Diclofeanc 50 mg alleviates the postoperative pain. So main aim of the study was to evaluate the effectiveness of low dose Diclofenac(25mg) in reducing the post operative pain after periodontal flap surgeries. Thus comparing the effects of low dose Diclofenac and Diclofenac 50mg for reducing post-operative pain.
This study was carried out in the Department of Periodontology and source of patient was be from the outpatient section of Tatyasaheb Kore Dental College & Research Centre, New Pargaon. Study included the 31 patients with chronic periodontitis, with age group between 35-60 years, two interdental suprabony pockets with 5-8mm pocket depth in two different quadrants were chosen as the test site (TS) and control sites (CS). In control sites, only SRP was performed followed by placement of placebo distilled water. In test sites, SRP was followed by placement of Lyophilized saccharomyces boulardii in the pocket. S. boulardii will be delivered subgingivally by by mixing 1gm of sachet containing 250mg of lyophilized yeast with 0.5ml of distilled water this prepared paste was injected in the perio pocket with luer lock syringe and cannula .The subgingival plaque samples were collected at baseline, 4th day, 4 week for detection of p. gingivalis for microbiological analysis and clinical parameters wiere recorded at baseline and at 1 month.
To characterize the expression of IFI16 and AIM2 in gingival tissues in an inflammatory response using an acrylic mouthguard (also referred to as a stent) induced bacteria overgrowth method. Participants: A maximum of 72 Adult subjects will be recruited from the patients, students and staff at the University of North Carolina, as well as the general population in or near Chapel Hill NC. Procedures (methods): Medical history, demographics, (height/weight), urine based pregnancy test, vital signs (to include blood pressures, and pulse) standard dental clinical measures (to include plaque index, gingival index, bleeding on probing, and clinical attachment level), alginate impressions taken for fabrication of an acrylic stent (mouthguard), 2 gingival biopsies, 2 subgingival (below the gumline) plaque samples, and Scaling Root planing (SRP)/or adult prophylaxis
Smoking is the major preventable risk factor in the initiation and progression of periodontal diseases. Periodontitis risk was found to be 3.9 times higher among smokers aged between 19-30 years and 2.8 times higher among smokers aged 31-40 years compared to non-smokers. Aggressive periodontitis (AgP), is characterized by a rapid attachment loss usually incompatible with the amount of plaque and dental calculus. It is often not possible to predict the prognosis of treatment with various treatment options in cases of aggressive periodontitis. It was hypothesized that non-smoker patients with generalized aggressive periodontitis (GAgP) will respond better to conventional mechanical non-surgical periodontal therapy compared to the smokers. Therefore, the aim of this study was to evaluate the effects of smoking on the outcomes of non-surgical periodontal treatment in terms of the clinical, biochemical and microbiological parameters.
It is the aim of the study to evaluate the efficiency of "One stage full mouth disinfection" according to the original protocol (Quirynen et al. 1995) in comparison to other approaches considering different scaling strategies and different disinfection concepts. Therefore, a multicenter randomized control treatment will be performed. In total, 204 patients with chronic periodontitis shall be allocated to the following treatment concepts. Group A: quadrant scaling with weekly intervals (Q-SRP; N = 51); Group B: full mouth scaling (FMS; N = 51); Group C: full mouth disinfection (FMD; N = 51); Group D: full mouth disinfection with subgingival glycine air polishing using erythritol powder (FMDP; N = 51). Evaluation of periodontopathic parameters and periodontal pathogens at baseline, 3 months and 6 months shall give evidence about the benefits of concept and the single components of FMD.