Periodontitis (Advanced Gum Disease)

• Clinical Definition: Irreversible destruction of jawbone and supporting gum structure due to advanced inflammation.

• Urgent Indicators: Spontaneous bleeding, localized pressure/dull ache during chewing, halitosis (bad odor), purulent exudate (pus discharge), or mobile (loose) teeth.

• Primary Care Pathway: Initial non-surgical intervention via scaling and root planing, followed by regenerative surgical interventions as necessary.

• Key Regional Risk: Heavy use of smokeless tobacco (e.g. hans, betel quid), uncontrolled diabetes mellitus, excessive intake of processed starchy carbohydrates.

• Gingival Recession: Gums recede leaving exposed, sensitive root surface area on visible portion of tooth.

• Pathologic Pocket Formation: Large space develops between teeth and gums where food accumulates.

• Increased Interdental Spacing: Previously non-existent spaces develop between upper central incisors.

• Suppurative (Purulent) Exudate: Pus oozes from gums at light pressure.

• Halitosis: Bad breath persists despite good oral hygiene practices. Metallic or bitter tastes are noted during meals.

• Tooth Mobility: Teeth can be felt moving when chewing common Indian foods such as tapioca (kappa), crispy fried dough sticks (murukku).

• Gingival Abscess: Localized painful swelling in gums which drains through an opening in the oral mucosa filled with pus.

• Systemic Flares: Development of systemic symptoms such as fever or tender cervical lymphadenopathy during acute periodontal abscesses or necrotizing flare-ups.

• Altered Bite: Teeth do not fit properly when biting down normally.

• Bacterial Biofilm Maturation: Plaque becomes calcified into calculus (tartar) both above and below gum line providing environment for harmful bacterial species (such as Porphyromonas gingivalis) to grow and thrive.

• Chronic Host Response: Immune system over-reacts with an exaggerated inflammatory response, releasing tissue-degrading enzymes and stimulating osteoclastic activity that resorbs alveolar bone and breaks down periodontal ligaments in response to invading bacteria. 

• Poor Oral Hygiene Maintenance: Failure to effectively remove plaque from interproximal areas allows microbial colonies to remain intact in subgingival space.

• Type 2 Diabetes Mellitus: Poor glycemic control greatly increases rate of bone resorption caused by periodontal inflammation.

• Smokeless Tobacco/Areca Nut Chewing/Smoking: Constriction of blood vessels decreases sensation of bleeding in early stages of disease while increasing damage to deeper tissue.

• Dietary Habits/Nutritional Deficiencies: Consuming diets high in refined carbohydrate content but lacking essential vitamins/minerals weakens ability to repair damaged tissues.

• Family History/Stress levels: Presence of family history of premature tooth loss combined with chronic stress raises levels of circulating inflammatory markers.

• Visual Inspection: Hold your head slightly back so you are looking straight ahead. Tug on lower lip to view gums. Look for signs of severe redness, swelling, or recession along gingiva.

• Pressure Test: Gently press a clean finger against gums. If blood or pus appears, there is likely a pathologic pocket present.

• Mobility Assessment: Gently apply firm pressure to one side of a tooth using the back of a toothbrush handle while placing a finger on the opposite side. Evaluate whether the tooth moves side-to-side or forward/backward; visible movement indicates significant alveolar bone loss around the tooth root. 

• Assessment of Sensory Function: Observe presence of persistent bad breath. Also note whether sensitivity occurs when consuming cold liquids/drinks or hot beverages.

• Periodontal Probing: Use of a calibrated probe to measure the depth of sulcus surrounding each tooth. Sulci less than 4mm in depth are generally healthy. Sulci greater than 4mm suggest disease-related pocket formation.

• Digital Radiography (intraoral x-ray): Images show extent of alveolar bone loss relative to tooth roots.

• Clinical Evaluation of Tooth Mobility: Mechanical pressure applied to assess how much a tooth will move within its socket.

• Deep Ultrasonic Scaling & Root Planing (SRP): Local anesthetic administration to allow removal of hard deposits (tartar) and smoothing of root surfaces via ultrasonic scaling.

• Photodynamic Laser Therapy (PDLT): Photochemical disinfection utilizing a light-activated photosensitizer to target deep subgingival bacterial colonies with minimal patient discomfort. 

• Flap Surgery & Bone Grafting: Reflection of the soft tissues around the teeth to access areas where scaling has failed and bone regeneration via placement of osteoconductive biomaterials and/or barrier membranes.

• Host Modulating Therapies: Use of low doses of enzymes inhibiting drugs to slow down tissue destruction.

• Full Mouth Deep Scaling (SRP): ₹2500 – ₹6000 in most private clinics in Kerala.

• Periodontal Flap Surgery (per quadrant): ₹5000 – ₹12000 dependent upon the degree of laser involvement and surgical difficulty. 

• Bone Grafting and Guided Tissue Regeneration: ₹8000 – ₹20000 per site depending upon type of graft material utilized.

• General Dentist: Eligible for initial evaluation, minor pocket management and routine maintenance (preventative) scaling.

• Periodontist: Required Specialist for surgical flap therapy, bone grafting, laser pocket therapy and extensive bone management.

• Prosthodontist: Needed when restoring masticatory function or replacing missing teeth with bridges/implants after the disease process is stabilized.

• Emergency Care (within 24 hours): Severe acute pain, spontaneous pus drainage, recent traumatic injury resulting in significant tooth mobility.

• Priority Appointment (1-2 weeks): Recent onset of spontaneous gingival bleeding, halitosis or observable gingival recession.

• Preventative / Routine Maintenance: Bi-annually scheduled appointments for individuals with well-managed or stable periodontitis.

1. Can I cure periodontitis at home by rinsing with herbal mouthwashes?

No. Although they will likely reduce superficial inflammation, they are incapable of removing calcified subgingival calculus or re-establishing lost bone. In order to successfully treat periodontitis, professional deep cleaning is necessary.
 

2. How much does it hurt to have your gums cleaned so far into them?

All modern deep gum cleaning treatments utilize either topical application of anesthetics or local injection of anesthetics. Therefore, most patients report no pain during the procedure. There can be some temporary post-operative discomfort lasting several days.

3. Will my dentist's treatment cause space between my upper front teeth?

During the healing process after deep cleaning, swollen gum tissue tightens and recedes as inflammation resolves. Consequently, existing spaces between teeth may appear slightly larger or more noticeable ("black triangles"), which is a normal sign of tissue healing and health restoration rather than disease progression.

• Poorly Controlled Diabetes: It creates a vicious cycle of both bone loss and poor blood sugar control due to increased inflammation throughout the body.

• Heart Disease: The bacteria found in periodontitis can enter into the circulatory system and contribute to the development of plaque buildup in arteries and increase levels of c-reactive protein (an indicator of cardiovascular disease).

• Low Birth Weight: Chronic gum disease causes systemic inflammation that contributes to risks associated with pregnancy such as premature labor and low birth weight.

• Periodontal Maintenance Therapy: Interdental oral hygiene combined with special cleanings that occur every 3–4 months to maintain good oral health and prevent periodontitis from recurring.

• Tooth Replacement via Dental Implants: A long term solution for replacing missing teeth that requires complete resolution of gum inflammation and establishment of stable bone mass before placement.

• Custom Oral Occlusal Bite Splints: Custom night guards designed to diminish the amount of damage caused by tooth grinding on weakened bone.

Periodontitis is a preventable yet destructive systemic-linked condition. Long-term success relies on combining precise clinical intervention with strict daily interdental hygiene. Early diagnosis dramatically reduces the need for surgical procedures and preserves natural tooth structure.