
Genetic presymptomatic testing complements bacterial DNA testing by providing insight into the patient's genetic predisposition to periodontal disease before symptoms appear, or when disease is already present. DNA-PCR testing of saliva can help the clinician provide an earlier and more specific diagnosis of disease based on causation.
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Can saliva be used as a diagnostic tool for periodontal disease?
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How do you test for periodontal disease?
The oral bacterial DNA test, also known as a saliva test, identifies the pathogens causing periodontal problems. This allows the dentist to approach the soft tissue with an effective antibiotic. The test also alerts doctors to current oral diseases, as well as predicting future issues. The test is used pre-therapy to establish a baseline of the ...
How does periodontal disease affect the antioxidant capacity of saliva?
DNA-PCR testing of saliva can help the clinician provide an earlier and more specific diagnosis of disease based on causation. Treatment planning is also enhanced, as therapy can be appropriately modified based on both clinical and biological inflammatory factors. Finally, patient communication and case acceptance can be more readily achieved ...
What is a self-administered home test for periodontal disease?
Even though the diagnostic value of saliva has been recognized and several potential biomarkers of periodontal diseases identified, most of the work conducted to date came short of providing clinically reliable and useful information for practitioners in terms of developing a more precise periodontal diagnosis and subsequent treatment planning ...

Are saliva genetic tests accurate?
Does genetics play a role in periodontal disease?
How effective is periodontal treatment?
What percentage of risk is genetic for periodontal disease?
Can periodontitis be reversed?
Is periodontal disease curable?
How much is treatment for periodontitis?
How long does periodontal treatment take?
How do you fix advanced gum disease?
Can losing teeth hereditary?
Can receding gums be genetic?
Is aggressive periodontitis genetic?
What is the most common disease in humans?
Gingivitis and periodontitis are chronic inflammatory conditions that may affect as much as 80% of the adult population, making them one of the most prevalent diseases in humankind.1, 2The disease process is initiated by the accumulation of bacteria along the gingival margin and in the interface between the gingival tissues and the teeth.
Is gingivitis a reversible condition?
The clinical condition is termed gingivitis, which is associated neither with apical migration of the junctional epithelium nor with destruction of bone and periodontal ligament fibers. Gingivitis is a reversible condition that can usually be treated with professional biofilm removal and improvement in oral hygiene.
What is the color of gingivitis?
Inflamed gingival tissues often appear swollen with rolled borders, which are present with soft textures and redness (as opposed to pink) in color.
Why is saliva important for periodontal disease?
Saliva, as a mirror of oral and systemic health, is a valuable source for clinically relevant information because it contains biomarkers specific for the unique physiologic aspects of periodontal diseases. This review highlights the various potentials of saliva as a diagnostic biomarker for periodontal diseases.
Why is early diagnosis important?
Early diagnosis and management reduces the severity and possible complications of the disease process.
What are mucins produced by?
Mucinsare glycoproteins produced by submandibular and sublingual salivary glands and numerous minor salivary glands.
What is oxidative stress marker?
Oxidative stress marker . Oxidative stress is defined as the result of an imbalance between oxidant factors and protective antioxidant systems; it may occur due to an excess of free radicals, or by the diminishing of the antioxidant systems. Oxidative stress is enhanced during periodontitis.[55] .
Is saliva a biomarker?
Studies have shown that saliva is a biological product that can be easily collected and may be used for the quantification of 8-OHdG as an oxidative stress biomarker in the diagnos is and monitorization of the treatment in periodontitis.[57,58] Antioxidative capacity of saliva.
What are the antioxidants in saliva?
Antioxidants such as albumin, ascorbic acid, glutathione and traces of transferrin, lactoferrin, and caeruloplasmin are also found in saliva.[59] Emerging salivary diagnostic tools. The use of saliva for translational and clinical application has emerged at the forefront.
Is saliva a diagnostic test?
Numerous markers in saliva have been proposed and used as diagnostic tests for periodontal disease. Ideally, diagnostic tests should demonstrate high specificity and sensitivity. Given the complex nature of periodontal disease, it is unlikely that a single marker will prove to be both sensitive and specific.
