This document discusses fluorides in dentistry. It describes the sources of fluoride, mechanisms of how fluoride prevents tooth decay, and methods of fluoride delivery topically and systemically. It also addresses the indications for topical fluoride use, recommended dosages of fluoride tablets/drops, and potential toxicities like dental and skeletal fluorosis from inadequate or excessive fluoride intake. When used appropriately, fluoride is an effective cariostatic agent for improving dental health.
Fluoride reduces dental caries through multiple mechanisms including:
1) Incorporation into tooth enamel and dentin during development and after eruption, making the tooth structure less soluble in acid.
2) Interacting with the bacterial enzymes and metabolic processes that produce acid in dental plaque, reducing acid production.
3) Promoting remineralization of enamel and dentin that have been demineralized by acid from plaque bacteria.
Pulpotomy is the removal of the coronal portion of the pulp while preserving the radicular pulp. It is indicated for cariously exposed primary teeth when extraction is less advantageous than retention. There are various techniques for pulpotomy including devitalization with formocresol or other chemicals to fix the pulp, preservation techniques using less harmful chemicals to maintain pulp vitality, and regeneration techniques aiming to stimulate reparative dentin formation. The goal of pulpotomy is to disinfect the exposed pulp, maintain pulp vitality, and avoid periapical issues.
Topical fluorides are used to prevent dental caries. They can be professionally applied as gels, foams, varnishes or self-applied as dentifrices, mouthwashes and gels. Common topical fluoride agents include sodium fluoride, stannous fluoride, acidulated phosphate fluoride and amine fluoride. They work by depositing fluoride ions on the enamel surface which gets incorporated into hydroxyapatite to form more acid-resistant fluorapatite and fluorhydroxyapatite. Topical fluorides are recommended for caries-active individuals and as a preventive measure.
This document provides an overview of pulpotomy procedures for primary teeth. It begins with definitions of pulpotomy and discusses the rationale, objectives, indications, contraindications and classification of different pulpotomy techniques. It then describes various medicaments that can be used, including formocresol, glutaraldehyde, calcium hydroxide, and ferric sulfate. The document outlines techniques for formocresol pulpotomy, electrosurgical pulpotomy, and laser pulpotomy. It also discusses recent concepts in pulpotomy including the use of bone morphogenetic protein and enamel matrix derivatives. The document concludes by examining reasons for failure of pulpotomy therapy.
This document discusses the pediatric treatment triangle model in dentistry. The pediatric treatment triangle describes the relationship between the child patient, parents, and dentist. It was originally proposed by Dr. GZ Wright in 1975 and later modified by McDonald in 2004 to include societal influences. The success of pediatric dental treatment depends on effective communication and cooperation between all three parties in the triangle relationship. Parental attitudes and anxiety levels can significantly impact a child's behavior and response to dental procedures.
Remineralization is defined as the process whereby calcium and phosphate ions are supplied from an external source to the tooth thereby, causing ion deposition into crystal voids in demineralized enamel, thus producing net mineral gain.
Remineralization Agents - Biomimetic approaches to stabilization of bioavailable calcium, phosphate, and fluoride ions and the localization of these ions to non-cavitated caries lesions for controlled remineralization.
Fermentable carbohydrates provide plaque bacteria with substrate for acid production.
This causes a rapid drop in plaque pH and when pH becomes less than 5.5, hydroxyapatite in enamel breaks down and calcium and phosphate ions diffuse out from the enamel.
5.5 is the “critical pH”, the point where equilibrium exists. There is no mineral dissolution and no mineral precipitation.
The plaque remains acidic for about 30-60 minutes after which normal pH is restored gradually.
The calcium and phosphate ions re-enter enamel when normal pH is restored and thus remineralization occurs.
This document discusses fluorides in dentistry. It describes the sources of fluoride, mechanisms of how fluoride prevents tooth decay, and methods of fluoride delivery topically and systemically. It also addresses the indications for topical fluoride use, recommended dosages of fluoride tablets/drops, and potential toxicities like dental and skeletal fluorosis from inadequate or excessive fluoride intake. When used appropriately, fluoride is an effective cariostatic agent for improving dental health.
Fluoride reduces dental caries through multiple mechanisms including:
1) Incorporation into tooth enamel and dentin during development and after eruption, making the tooth structure less soluble in acid.
2) Interacting with the bacterial enzymes and metabolic processes that produce acid in dental plaque, reducing acid production.
3) Promoting remineralization of enamel and dentin that have been demineralized by acid from plaque bacteria.
Pulpotomy is the removal of the coronal portion of the pulp while preserving the radicular pulp. It is indicated for cariously exposed primary teeth when extraction is less advantageous than retention. There are various techniques for pulpotomy including devitalization with formocresol or other chemicals to fix the pulp, preservation techniques using less harmful chemicals to maintain pulp vitality, and regeneration techniques aiming to stimulate reparative dentin formation. The goal of pulpotomy is to disinfect the exposed pulp, maintain pulp vitality, and avoid periapical issues.
Topical fluorides are used to prevent dental caries. They can be professionally applied as gels, foams, varnishes or self-applied as dentifrices, mouthwashes and gels. Common topical fluoride agents include sodium fluoride, stannous fluoride, acidulated phosphate fluoride and amine fluoride. They work by depositing fluoride ions on the enamel surface which gets incorporated into hydroxyapatite to form more acid-resistant fluorapatite and fluorhydroxyapatite. Topical fluorides are recommended for caries-active individuals and as a preventive measure.
This document provides an overview of pulpotomy procedures for primary teeth. It begins with definitions of pulpotomy and discusses the rationale, objectives, indications, contraindications and classification of different pulpotomy techniques. It then describes various medicaments that can be used, including formocresol, glutaraldehyde, calcium hydroxide, and ferric sulfate. The document outlines techniques for formocresol pulpotomy, electrosurgical pulpotomy, and laser pulpotomy. It also discusses recent concepts in pulpotomy including the use of bone morphogenetic protein and enamel matrix derivatives. The document concludes by examining reasons for failure of pulpotomy therapy.
This document discusses the pediatric treatment triangle model in dentistry. The pediatric treatment triangle describes the relationship between the child patient, parents, and dentist. It was originally proposed by Dr. GZ Wright in 1975 and later modified by McDonald in 2004 to include societal influences. The success of pediatric dental treatment depends on effective communication and cooperation between all three parties in the triangle relationship. Parental attitudes and anxiety levels can significantly impact a child's behavior and response to dental procedures.
Remineralization is defined as the process whereby calcium and phosphate ions are supplied from an external source to the tooth thereby, causing ion deposition into crystal voids in demineralized enamel, thus producing net mineral gain.
Remineralization Agents - Biomimetic approaches to stabilization of bioavailable calcium, phosphate, and fluoride ions and the localization of these ions to non-cavitated caries lesions for controlled remineralization.
Fermentable carbohydrates provide plaque bacteria with substrate for acid production.
This causes a rapid drop in plaque pH and when pH becomes less than 5.5, hydroxyapatite in enamel breaks down and calcium and phosphate ions diffuse out from the enamel.
5.5 is the “critical pH”, the point where equilibrium exists. There is no mineral dissolution and no mineral precipitation.
The plaque remains acidic for about 30-60 minutes after which normal pH is restored gradually.
The calcium and phosphate ions re-enter enamel when normal pH is restored and thus remineralization occurs.
A very important aspect in determining and studying disease is the knowledge of surveys. Its designs, methods etc. This elaborative presentation gives a detailed insight to the survey procedures used in dentistry. Special section on the WHO oral assessment proforma.
The document discusses the mechanism of action of fluorides in preventing dental caries. It begins by providing background on fluorine and the structure of hydroxyapatite in enamel. It then discusses how fluoride is incorporated into enamel through different "pools" in the oral environment. The main proposed mechanisms of fluoride include increasing enamel resistance through formation of fluorapatite, enhancing remineralization, and interfering with plaque bacteria. Understanding fluoride's various modes of action helps develop more effective prevention products and programs.
This document discusses topical fluoride delivery methods for preventing dental caries. It begins by introducing different types of topical fluorides including professionally-applied options like sodium fluoride, stannous fluoride, and acidulated phosphate fluoride as well as self-applied options like dentifrices and mouthwashes. It then covers the preparation, application procedures, mechanisms of action, advantages, and disadvantages of each professionally-applied fluoride type. The document concludes by comparing the characteristics of the different professionally-applied fluoride options and providing recommendations for topical fluoride application.
The document defines a dental home as an ongoing relationship between a dentist and patient that provides comprehensive, accessible, and family-centered oral healthcare from infancy through adolescence. A dental home has characteristics like being accessible in the community, family-centered, providing unbiased information continuously, and being comprehensive, coordinated, and compassionate. When a parent or caregiver approaches a dental home, the dentist will take a history, do an examination, and do a risk assessment to enhance the dentist's ability to assist the child and family with optimal oral healthcare.
This document discusses dental pit and fissure sealants. It begins by defining pits and fissures, then provides a brief history of sealants. It describes the ideal requirements, materials used, indications and contraindications. It discusses which teeth should be sealed and the appropriate age ranges. The document concludes by outlining the technique for applying sealants.
Space maintainers are appliances used to maintain space or regain minor amounts of space lost after a primary tooth is lost. There are several types of space maintainers including fixed appliances like band and loop, lingual arch, and distal shoe appliances as well as removable partial dentures. Key factors in determining the appropriate space maintainer include the amount of time since tooth loss, dental age of the patient, amount of bone covering the unerupted tooth, and sequence of eruption of surrounding teeth. Space maintainers aim to guide unerupted teeth into proper positions and prevent over-eruption of opposing teeth.
This document provides definitions and guidelines for evaluating patients for complete denture therapy. It discusses examining various aspects of the patient's personal data, medical and dental history, clinical examination including extraoral and intraoral assessment, and classification systems for residual ridges and mucosa. The evaluations are meant to thoroughly understand the patient's existing conditions and needs to determine the appropriate treatment plan and prognosis.
1) The document discusses mouth breathing, defining it as respiration through the mouth instead of the nose. It notes nasal breathing is important for proper lung function and development of facial structures.
2) Causes of mouth breathing include nasal obstructions from infections, allergies, or structural issues. Clinical features include effects on facial structure, dental alignment, and gingiva.
3) Treatment involves eliminating causes of nasal obstruction, managing gingiva, exercises to encourage nasal breathing, and appliances or orthodontics to correct dental issues.
This document outlines the components of a case history for prosthodontic treatment planning. It discusses collecting patient information such as name, age, sex, occupation, etc. It also describes examining the patient extraorally and intraorally, including assessing facial form, lip support, the temporomandibular joint, and neuromuscular function. Taking a thorough case history and clinical examination allows the clinician to determine the patient's diagnosis and develop an appropriate treatment plan.
This document discusses acidulated phosphate fluoride (APF), a topical fluoride treatment used to prevent tooth decay. It is presented in two forms - a 1.23% fluoride solution with a pH of 3.0 or a gel with 1.23% fluoride and a pH between 4-5. APF is indicated for caries-active individuals and is applied using trays or cotton rolls, keeping the teeth wet for 4 minutes. It works by increasing fluoride uptake into enamel and providing topical fluoride to teeth. While effective, it has drawbacks like an acidic taste and potential to irritate tissues.
Non –pharmacological behavior management in childrenDr. Harsh Shah
Overview on nonpharmacological managent of behaviour in children
Presented by : Mayuri Karad
SDDCH Parbhani
Guided by : Dr. Rehan Khan
Dept, of Pediatric and preventive dentistry
This document discusses oral habits such as thumb sucking. It defines oral habits as learned patterns of muscle contractions and classifies them in various ways, such as by pressure applied, psychological components, and whether they are useful or harmful. Common oral habits mentioned include thumb sucking, tongue thrusting and bruxism. Thumb sucking is explored in more depth, including its etiology, diagnosis, effects on teeth, and various treatment approaches like psychological therapy, reminder therapy, and intraoral appliances.
This document discusses resin bonded fixed partial dentures (RBFPDs). It defines RBFPDs as prostheses that are luted to tooth structure using composite resin. Various types are described, including cantilever, fixed-fixed, and hybrid bridges. Advantages include reduced cost and minimal tooth preparation. Indications are for replacing single missing teeth with caries-free abutments. A case example describes using an RBFPD to replace a missing mandibular incisor and splint mobile abutment teeth.
- Endodontic instruments have evolved over time to have standardized sizes and tapers. Ingle and LeVine suggested standardizing diameters that increase by 0.05mm while maintaining a constant taper.
- Instruments are now numbered 6-140 based on tip diameter in hundredths of a millimeter. The diameter increases 0.32mm over the first 16mm of the instrument.
- Instruments can be hand operated, low-speed, engine-driven, or ultrasonic/sonic and are used for cleaning and shaping root canals.
1. The Cariogram is a graphical model that illustrates an individual's risk for developing new caries based on various etiological factors. It was originally developed as an educational tool.
2. Three studies evaluated the Cariogram model's ability to assess caries risk profiles of different populations. One study compared children in Laos and Sweden, finding higher caries rates and risk profiles in Laotian children. Another evaluated risk profile changes over two years in Swedish children. A third compared orthodontic patients in private vs. government clinics.
3. Additional studies evaluated the Cariogram model's ability to predict caries development. One found no association between risk profile and root-filled teeth but higher car
This document provides definitions and classifications of direct retainers used in removable partial dentures. It discusses the basic parts of a clasp assembly including the rest, body, shoulder, retentive arm, and terminal. It covers principles of clasp design including retention, support, stability, encirclement and passivity. Factors affecting retention such as clasp type, flexibility, length, diameter, taper, curvature and material are explained. The location of the retentive terminal in the undercut is also an important factor for retention.
Tooth mobility refers to loose teeth that can move within their sockets. It is classified on a scale of 0 to 3 based on the degree of horizontal and vertical movement. Physiologic mobility of about 0.25mm is normal, while pathologic mobility over 1mm indicates loose teeth from periodontal disease or trauma. Periodontal disease is a primary cause as it leads to loss of attachment and bone supporting the teeth. Treatment involves splinting loose teeth together, replacing missing teeth, and correcting occlusal surfaces to reduce excessive forces. For advanced periodontal cases, extraction may be necessary.
This document discusses various techniques and materials for minimal intervention dentistry and remineralization. It describes the Atraumatic Restorative Technique (ART) which removes decay using hand instruments and restores cavities with adhesive materials. Glass ionomer cements are effective restorative materials for ART due to their fluoride release and adhesion properties. Remineralization involves rebuilding demineralized tooth structure using agents like fluoride and casein phosphopeptide-amorphous calcium phosphate (CPP-ACP) which provide calcium, phosphate, and fluoride ions to remineralize enamel. Newer remineralizing systems and delivery methods like dentifrices, sealants, and restorative materials are also discussed.
This document discusses a preventive dentistry program focused on fluoride and fissure sealants presented by Heidi Emmerling. It covers the goals of fluoride administration, recommended fluoride levels in water, potential toxicity of fluoride ingestion, emergency treatment, topical fluoride applications, and fissure sealant indications and limitations. The goals are to prevent decay, arrest active decay, and remineralize teeth using optimal fluoride levels tailored to climate. Potential fluoride toxicity and treatments are also outlined.
This presentation is all about the systemic administration of fluorides ,as it is an easier way for the administration of fluorides to prevent dental caries and tooth decay.the aim is to explain the advantages of systemic fluoride ,their present status in India and in other countries and to create awareness among population.Also raising an issue that how these methods of systemic fluoride administration can be improved so that there is better prevention of decay problems
A very important aspect in determining and studying disease is the knowledge of surveys. Its designs, methods etc. This elaborative presentation gives a detailed insight to the survey procedures used in dentistry. Special section on the WHO oral assessment proforma.
The document discusses the mechanism of action of fluorides in preventing dental caries. It begins by providing background on fluorine and the structure of hydroxyapatite in enamel. It then discusses how fluoride is incorporated into enamel through different "pools" in the oral environment. The main proposed mechanisms of fluoride include increasing enamel resistance through formation of fluorapatite, enhancing remineralization, and interfering with plaque bacteria. Understanding fluoride's various modes of action helps develop more effective prevention products and programs.
This document discusses topical fluoride delivery methods for preventing dental caries. It begins by introducing different types of topical fluorides including professionally-applied options like sodium fluoride, stannous fluoride, and acidulated phosphate fluoride as well as self-applied options like dentifrices and mouthwashes. It then covers the preparation, application procedures, mechanisms of action, advantages, and disadvantages of each professionally-applied fluoride type. The document concludes by comparing the characteristics of the different professionally-applied fluoride options and providing recommendations for topical fluoride application.
The document defines a dental home as an ongoing relationship between a dentist and patient that provides comprehensive, accessible, and family-centered oral healthcare from infancy through adolescence. A dental home has characteristics like being accessible in the community, family-centered, providing unbiased information continuously, and being comprehensive, coordinated, and compassionate. When a parent or caregiver approaches a dental home, the dentist will take a history, do an examination, and do a risk assessment to enhance the dentist's ability to assist the child and family with optimal oral healthcare.
This document discusses dental pit and fissure sealants. It begins by defining pits and fissures, then provides a brief history of sealants. It describes the ideal requirements, materials used, indications and contraindications. It discusses which teeth should be sealed and the appropriate age ranges. The document concludes by outlining the technique for applying sealants.
Space maintainers are appliances used to maintain space or regain minor amounts of space lost after a primary tooth is lost. There are several types of space maintainers including fixed appliances like band and loop, lingual arch, and distal shoe appliances as well as removable partial dentures. Key factors in determining the appropriate space maintainer include the amount of time since tooth loss, dental age of the patient, amount of bone covering the unerupted tooth, and sequence of eruption of surrounding teeth. Space maintainers aim to guide unerupted teeth into proper positions and prevent over-eruption of opposing teeth.
This document provides definitions and guidelines for evaluating patients for complete denture therapy. It discusses examining various aspects of the patient's personal data, medical and dental history, clinical examination including extraoral and intraoral assessment, and classification systems for residual ridges and mucosa. The evaluations are meant to thoroughly understand the patient's existing conditions and needs to determine the appropriate treatment plan and prognosis.
1) The document discusses mouth breathing, defining it as respiration through the mouth instead of the nose. It notes nasal breathing is important for proper lung function and development of facial structures.
2) Causes of mouth breathing include nasal obstructions from infections, allergies, or structural issues. Clinical features include effects on facial structure, dental alignment, and gingiva.
3) Treatment involves eliminating causes of nasal obstruction, managing gingiva, exercises to encourage nasal breathing, and appliances or orthodontics to correct dental issues.
This document outlines the components of a case history for prosthodontic treatment planning. It discusses collecting patient information such as name, age, sex, occupation, etc. It also describes examining the patient extraorally and intraorally, including assessing facial form, lip support, the temporomandibular joint, and neuromuscular function. Taking a thorough case history and clinical examination allows the clinician to determine the patient's diagnosis and develop an appropriate treatment plan.
This document discusses acidulated phosphate fluoride (APF), a topical fluoride treatment used to prevent tooth decay. It is presented in two forms - a 1.23% fluoride solution with a pH of 3.0 or a gel with 1.23% fluoride and a pH between 4-5. APF is indicated for caries-active individuals and is applied using trays or cotton rolls, keeping the teeth wet for 4 minutes. It works by increasing fluoride uptake into enamel and providing topical fluoride to teeth. While effective, it has drawbacks like an acidic taste and potential to irritate tissues.
Non –pharmacological behavior management in childrenDr. Harsh Shah
Overview on nonpharmacological managent of behaviour in children
Presented by : Mayuri Karad
SDDCH Parbhani
Guided by : Dr. Rehan Khan
Dept, of Pediatric and preventive dentistry
This document discusses oral habits such as thumb sucking. It defines oral habits as learned patterns of muscle contractions and classifies them in various ways, such as by pressure applied, psychological components, and whether they are useful or harmful. Common oral habits mentioned include thumb sucking, tongue thrusting and bruxism. Thumb sucking is explored in more depth, including its etiology, diagnosis, effects on teeth, and various treatment approaches like psychological therapy, reminder therapy, and intraoral appliances.
This document discusses resin bonded fixed partial dentures (RBFPDs). It defines RBFPDs as prostheses that are luted to tooth structure using composite resin. Various types are described, including cantilever, fixed-fixed, and hybrid bridges. Advantages include reduced cost and minimal tooth preparation. Indications are for replacing single missing teeth with caries-free abutments. A case example describes using an RBFPD to replace a missing mandibular incisor and splint mobile abutment teeth.
- Endodontic instruments have evolved over time to have standardized sizes and tapers. Ingle and LeVine suggested standardizing diameters that increase by 0.05mm while maintaining a constant taper.
- Instruments are now numbered 6-140 based on tip diameter in hundredths of a millimeter. The diameter increases 0.32mm over the first 16mm of the instrument.
- Instruments can be hand operated, low-speed, engine-driven, or ultrasonic/sonic and are used for cleaning and shaping root canals.
1. The Cariogram is a graphical model that illustrates an individual's risk for developing new caries based on various etiological factors. It was originally developed as an educational tool.
2. Three studies evaluated the Cariogram model's ability to assess caries risk profiles of different populations. One study compared children in Laos and Sweden, finding higher caries rates and risk profiles in Laotian children. Another evaluated risk profile changes over two years in Swedish children. A third compared orthodontic patients in private vs. government clinics.
3. Additional studies evaluated the Cariogram model's ability to predict caries development. One found no association between risk profile and root-filled teeth but higher car
This document provides definitions and classifications of direct retainers used in removable partial dentures. It discusses the basic parts of a clasp assembly including the rest, body, shoulder, retentive arm, and terminal. It covers principles of clasp design including retention, support, stability, encirclement and passivity. Factors affecting retention such as clasp type, flexibility, length, diameter, taper, curvature and material are explained. The location of the retentive terminal in the undercut is also an important factor for retention.
Tooth mobility refers to loose teeth that can move within their sockets. It is classified on a scale of 0 to 3 based on the degree of horizontal and vertical movement. Physiologic mobility of about 0.25mm is normal, while pathologic mobility over 1mm indicates loose teeth from periodontal disease or trauma. Periodontal disease is a primary cause as it leads to loss of attachment and bone supporting the teeth. Treatment involves splinting loose teeth together, replacing missing teeth, and correcting occlusal surfaces to reduce excessive forces. For advanced periodontal cases, extraction may be necessary.
This document discusses various techniques and materials for minimal intervention dentistry and remineralization. It describes the Atraumatic Restorative Technique (ART) which removes decay using hand instruments and restores cavities with adhesive materials. Glass ionomer cements are effective restorative materials for ART due to their fluoride release and adhesion properties. Remineralization involves rebuilding demineralized tooth structure using agents like fluoride and casein phosphopeptide-amorphous calcium phosphate (CPP-ACP) which provide calcium, phosphate, and fluoride ions to remineralize enamel. Newer remineralizing systems and delivery methods like dentifrices, sealants, and restorative materials are also discussed.
This document discusses a preventive dentistry program focused on fluoride and fissure sealants presented by Heidi Emmerling. It covers the goals of fluoride administration, recommended fluoride levels in water, potential toxicity of fluoride ingestion, emergency treatment, topical fluoride applications, and fissure sealant indications and limitations. The goals are to prevent decay, arrest active decay, and remineralize teeth using optimal fluoride levels tailored to climate. Potential fluoride toxicity and treatments are also outlined.
This presentation is all about the systemic administration of fluorides ,as it is an easier way for the administration of fluorides to prevent dental caries and tooth decay.the aim is to explain the advantages of systemic fluoride ,their present status in India and in other countries and to create awareness among population.Also raising an issue that how these methods of systemic fluoride administration can be improved so that there is better prevention of decay problems
Fluoride helps prevent tooth decay through several mechanisms. It inhibits demineralization, promotes remineralization, alters the action of plaque bacteria, and improves enamel crystallinity and reduces solubility. Both pre-eruptive and post-eruptive exposure to fluoride provides caries prevention benefits, with maximal effects seen from high exposure both before and after tooth eruption. Community water fluoridation was first introduced in the 1940s and has been shown to reduce tooth decay rates by 40-59% in both primary and permanent teeth.
This document summarizes different methods of fluoride use for preventing dental caries. It discusses systemic fluorides including water fluoridation, school water fluoridation, fluoridated salt, and dietary fluoride supplements. It also discusses topical fluorides including professionally and self-applied topical fluoride treatments, fluoridated toothpastes, and fluoride mouth rinses. Water fluoridation and fluoridated toothpastes are highlighted as two of the most effective and widespread methods for caries prevention.
This document discusses various methods of fluoride delivery for dental caries prevention. It describes topical fluoride delivery methods including toothpastes, mouthwashes, varnishes and professionally applied gels and foams. It also discusses systemic fluoride delivery through community water fluoridation, salt fluoridation, milk fluoridation and fluoride tablets. The document outlines the advantages and disadvantages of different fluoride compounds and delivery methods. It also discusses the potential toxicity of excessive fluoride intake and prevalence of dental fluorosis in India.
Fluoride is a mineral found in nature that helps prevent cavities. It is present in small amounts in foods and drinks, and in higher amounts in seafood and tea leaves. The main sources of fluoride are drinking water, toothpaste, and professionally applied gels, foams, and rinses. Fluoride strengthens tooth enamel, enhances remineralization, alters the activity of plaque bacteria, and helps develop strong teeth. It can be delivered topically through products like toothpaste or professionally through gels, foams, varnishes, and rinses.
Fluoride has a long history in dental care and is known to strengthen tooth enamel. Systemic fluorides are ingested or injected forms that allow fluoride to be distributed throughout the body and incorporated into developing teeth and bones. Common systemic fluorides include fluoride tablets, drops, and supplements as well as professionally applied gels and foams.
This document discusses various systemic fluoride administration methods for preventing dental caries, including community water fluoridation, salt fluoridation, and milk fluoridation. It provides details on methodology, effectiveness, and limitations of each method. Community water fluoridation at 1 ppm fluoride is described as the most common and effective method, reducing caries by 50-70% according to several classic studies. Guidelines, techniques, and considerations for proper implementation of water fluoridation are outlined. Risks of inadequate or excessive fluoride intake are also reviewed.
This document discusses fluoride and its role in preventing dental caries. Fluoride occurs naturally and is also added to products like toothpaste, water supplies, and topical treatments. It helps strengthen enamel, increases remineralization, and decreases demineralization. Too much fluoride can cause fluorosis, but using fluoride appropriately from sources like toothpaste can reduce tooth decay by 20-35%. Professional treatments include varnishes and gels that are more effective but used less frequently.
This document discusses techniques for defluoridation or removing excess fluoride from drinking water. It begins by explaining the health risks of both inadequate and excessive fluoride intake. The main techniques discussed are adsorption using materials like activated alumina or bone char, ion exchange using resins, precipitation using chemicals like those in the Nalgonda technique, and other methods like reverse osmosis or electrolysis. The Nalgonda technique, which involves adding alum, lime and bleach to precipitate fluoride, is highlighted as being effective, simple and economical for community water supplies in India. Maintenance and modifications to the techniques are also reviewed.
This document discusses the historical evolution and use of fluorides for dental caries prevention. It begins with early discoveries of fluoride in enamel in 1805 and the isolation of fluorine as an element in 1771. It then covers fluoride chemistry, sources of fluoride intake from water, food, beverages and air. The document discusses fluoride metabolism, distribution in tissues, and excretion. It also addresses water fluoridation, which began in 1945 in Grand Rapids, USA and defines water fluoridation as the controlled adjustment of fluoride in communal water to maximize caries prevention with minimal fluorosis risk.
in this comprehensive, easily-digestable lecture I try to explain the basic concept of pulpotomy procedure for pediatric patients. It's aim to the level of mind of undergraduate students.
Stress and nutritional factors on periodontal disease april 12013Dr Saif khan
Stress and nutritional deficiencies can impact the periodontium both directly and indirectly. Chronic stress can lead to poor oral hygiene habits and suppressed immunity, increasing risk for periodontal disease. Certain vitamin deficiencies like vitamins C and D are associated with impaired wound healing and bone health, worsening the effects of plaque on the gingiva. Protein deficiency weakens periodontal tissues, making them more vulnerable to breakdown from bacteria. Certain systemic diseases involving cyanosis from congenital heart defects or metal intoxication can also directly impact the gingiva through discoloration or tissue damage.
Systemic fluoride was used as early as 1874 to prevent dental caries. Fluoride ions are absorbed in the gut and nearly all retained fluoride is incorporated into developing bones and teeth, making enamel crystals larger and more stable. This affects crown morphology by making pits and fissures shallower, less likely to cause decay. Systemic fluoride includes water fluoridation, supplements, and adding fluoride to salt, milk, mineral water and sugar. Topical fluoride is most important for preventing decay by inhibiting demineralization and promoting remineralization in the mouth. Excessive fluoride can cause dental and skeletal fluorosis.
013.systemic diseases in the etiology of periodontal diseaseDr.Jaffar Raza BDS
The document discusses various systemic diseases and conditions that can affect the periodontium. It covers topics like nutritional deficiencies (such as scurvy from vitamin C deficiency), hematological disorders like leukemia which can cause gingival enlargement and bleeding, and metabolic conditions such as diabetes that increase periodontal disease risk. The document also discusses effects of medications, toxins, and diseases like HIV/AIDS on the periodontal tissues and considerations for treatment.
This document defines and outlines common iatrogenic (treatment-caused) factors that can contribute to periodontal disease. It discusses 10 main factors: overhanging or subgingival restoration margins, poor restoration contours, materials and procedures, partial denture design, malocclusion, orthodontic therapy, impacted tooth extractions, habits like toothbrushing, chemical injuries, radiation therapy, and laser use complications. Each factor is described in terms of how it can disrupt plaque control and the periodontal environment, leading to issues like gingivitis, recession, and bone loss. Prevention methods are also outlined.
Understanding and Treating Dental Caries in Young Children and Young AdultsDr Marielle Pariseau
Tooth decay is the end result of a transmissible bacterial infection that is preventable. This disease is called caries. Yet just placing fillings on teeth, which is what dentists have been doing all along, does not in the long haul stop this disease process.
The bacteria responsible for tooth decay generate acids from the fermentable carbohydrates we eat every day.
Enamel is the hardest tissue in the human body that covers the anatomical crown of a tooth. It is made up of hydroxyapatite crystals arranged in enamel rods or prisms. Enamel provides protection to the underlying dentin and allows for chewing and grinding of food. It is formed by ameloblasts, which deposit an organic matrix that mineralizes into enamel. Enamel can demineralize from acid produced by bacteria, leading to dental caries if left untreated.
Dental fluorosis is a condition caused by excessive ingestion of fluoride during tooth development that results in discolored tooth enamel. Signs include chalk-like spots or lines on teeth that can range from white to brown. It is commonly caused by fluoride from drinking water, toothpaste, and dietary supplements. The degree of discoloration is classified in a scale from normal to severe.
The document discusses several theories on how fluoride reduces dental caries. The pre-eruptive theory states that fluoride taken during tooth formation can change tooth composition and morphology by replacing hydroxyl groups in tooth enamel with fluoride. The post-eruptive theory explains that fluoride in saliva and plaque reacts with tooth enamel to enhance remineralization and form calcium fluoride or fluorapatite crystals. Topically applied fluoride at high concentrations can also interfere with bacterial growth and metabolism. Fluoride reduces caries by increasing enamel resistance, promoting remineralization of early lesions, and interfering with cariogenic plaque bacteria.
This document discusses and compares topical and systemic fluorides. It provides a history of fluoride use and research. Key points include: topical fluorides such as sodium fluoride, stannous fluoride, and acidulated phosphate fluoride have been used since the 1940s to reduce dental caries. Water, salt, and milk have been vehicles for systemic fluoride delivery. Topical fluorides provide a direct source of fluoride to the tooth surface while systemic fluorides incorporate fluoride into teeth and bone. Both methods have benefits and limitations.
History
Natural Sources Of Fluoride
Physiology and metabolism of fluoride
Fluoride in Dentistry
Control of dental caries
Fluoride toxicity
Dental fluorosis
Fluorosis indices
Water defluoridation
Conclusion
The document discusses fluoride in preventive dentistry. It provides information on the following:
- Fluoride content in the environment including soil, water, and atmosphere.
- Types of systemic and topical fluoride therapies including water fluoridation, supplements, and professionally-applied varnishes, gels, and foams.
- Details on commonly used topical fluoride agents like sodium fluoride, stannous fluoride, acidulated phosphate fluoride, and fluoride varnishes.
overview of flouride with detailed information on their pharmacological action, mechanism, uses and adverse effect for both medical and dental students.
This document discusses fluorosis, a disease caused by excess fluoride intake. It is endemic in many countries, affecting over 70 million people worldwide. In India, over 25 million people suffer from dental, skeletal or non-skeletal fluorosis. The document outlines the epidemiology of fluorosis including sources of fluoride exposure, effects on health, prevalence in India and West Bengal, and interventions to address the problem.
This document discusses different methods of fluoride administration for dental caries prevention, including systemic and topical fluorides. Systemic fluorides include water fluoridation, which began in 1945 in Grand Rapids, Michigan and reduces dental caries by 40-70%. School water fluoridation and fluoridated salt are also discussed. Topical fluorides include professionally and self-applied gels and varnishes, fluoridated toothpastes containing 1000-1100 PPM fluoride, and fluoride mouthwashes, which reduce caries by 20-35%.
HISTORY & MECHANISM OF ACTION SYSTEMIC FLUORIDES.pptxRUCHIKA BAGARIA
EVERYTHING YOU NEED TO KNOW ABOUT SYSTEMIC FLUORIDES.
HISTORY, MECHANISM OF ACTION, METABOLISM, DIETARY SUPPLEMENTS AND RECENT ADVANCES.
LETS STUDY SYSTEMIC FLUORIDE TOGETHER.
LETS LEARN AND SHARE OUR KNOWLEDGE.
This document provides information on the prevention of dental caries through the use of fluoride. It discusses that fluoride can be used systemically by ingesting it or topically by direct application. Fluoride works to prevent dental caries by strengthening enamel, inhibiting bacteria, and enhancing remineralization. Sources of fluoride include water, foods, dental products, and professional treatments. Both optimal levels and methods of delivery are covered.
There is substantial evidence that fluoride, through different applications and formulas, works to control caries development. The first observations of fluoride's effects on dental caries were linked to fluoride naturally present in the drinking water, and then from controlled water fluoridation programs. Other systemic methods to deliver fluoride were later suggested, including dietary fluoride supplements such as salt and milk. These systemic methods are now being questioned due to the fact that many studies have indicated that fluoride's action relies mainly on its post-eruptive effect from topical contact with the tooth structure. It is known that even the methods of delivering fluoride known as 'systemic' act mainly through a topical effect when they are in contact with the teeth. The effectiveness of water fluoridation in many geographic areas is lower than in previous eras due to the widespread use of other fluoride modalities. Nevertheless, this evidence should not be interpreted as an indication that systemic methods are no longer relevant ways to deliver fluoride on an individual basis or for collective health programs. Caution must be taken to avoid excess ingestion of fluoride when prescribing dietary fluoride supplements for children in order to minimize the risk of dental fluorosis, particularly if there are other relevant sources of fluoride intake - such as drinking water, salt or milk and/or dentifrice. Safe and effective doses of fluoride can be achieved when combining topical and systemic methods.
This document provides information about fluorine and its compounds. It discusses the properties of hydrogen fluoride, sodium fluoride, and fluorosilicic acid. It describes the major uses of inorganic fluorine compounds in industry and for municipal water fluoridation. The document also discusses how fluoride prevents dental caries by enhancing remineralization and inhibiting demineralization of tooth enamel. It provides facts about water fluoridation in the United States.
1. Fluoride has been used extensively to prevent dental caries since the early 1900s. Both systemic and topical fluoride administration are effective ways to reduce caries risk.
2. Current recommendations include community water fluoridation at 0.7 ppm, fluoride toothpaste in rice-sized amounts for young children, and professionally applied topical fluoride treatments every 3-6 months for those at high risk.
3. New advancements like silver diamine fluoride show promise in arresting cavitated caries lesions and may provide an alternative to conventional restorative techniques.
Fluoride is effective at preventing dental caries through several mechanisms: it reduces demineralization by lowering bacterial acid production and enamel solubility; increases remineralization of incipient lesions; and interferes with plaque microorganisms. Topical fluoride treatments delivered professionally as gels, foams, varnishes or professionally-applied solutions provide a localized source of fluoride to tooth surfaces, while systemic fluoride from water or supplements provides lower levels of fluoride incorporated into developing teeth and bone.
This document discusses fluoride toxicity and fluorosis. It begins by outlining the learning objectives which are to understand the toxic effects of fluoride, safe dosages, and the pathologies of dental and skeletal fluorosis. It then discusses the classification of fluoride toxicity as either acute or chronic. Acute toxicity occurs with short term excessive intake and can be fatal, while chronic toxicity is from long term excessive intake and causes dental and skeletal fluorosis. The document outlines the signs and symptoms of dental fluorosis, which occurs from intake above recommended levels as a child, and skeletal fluorosis, which is caused by long term intake of higher levels and causes joint and bone pain and stiffness. It also discusses methods for diagnosing and managing fluorosis as
This document summarizes fluoride metabolism and toxicity. It discusses the history of fluoride use and poisoning cases. Fluoride is toxic in large amounts but provides dental benefits in small, regular amounts. The document outlines fluoride absorption, distribution, and excretion in the body. Both acute and chronic fluoride toxicity are addressed. Acute toxicity can cause death, while chronic exposure can lead to dental and skeletal fluorosis depending on the amount consumed over time. The critical period for fluorosis development is during the maturation phase of tooth development.
This document discusses fluorides and their role in preventing dental caries. It begins with a brief history of fluoride research from the early 20th century and describes how fluoride strengthens tooth enamel and inhibits the cariogenic bacteria. It then discusses various methods of fluoride administration including water fluoridation, salt fluoridation, milk fluoridation and topical fluoride applications. Water fluoridation at 0.7-1.2 ppm is described as the most effective method for community-wide caries prevention, while topical fluorides provide localized protection when applied directly to the teeth. The document outlines the metabolism, mechanisms of action, and non-dental benefits of systemic fluoride intake.
Topical and systemic fluorides including sodium fluoride, stannous fluoride and APF in detail. It comes as long question in BDS final year(CCS University)
A comprehensive presentation about role of fluorides in caries prevention. Their sources, metabolism, history of fluorides, how to administer fluorides, advantages and disadvantages of different kinds of systemic fluorides.
Fluoride plays a vital role in preventing dental caries. It was introduced in dentistry over 70 years ago and has led to a large decrease in cavities in many countries due to water fluoridation programs. Fluoride works by being incorporated into tooth enamel during its development, making it more resistant to acids produced by bacteria. However, too much fluoride intake during tooth development can cause dental fluorosis. Water fluoridation, where fluoride is added to public water supplies, is considered one of the greatest public health achievements and is a safe and effective way to deliver fluoride on a large scale.
learning objectives
Introduction
History Of Water Fluoridation
How Does Fluoride Act In Dental Caries Prevention?
Goals Of F Administration
Fluoride Administration
Appropriate Levels Of Fluoride in Drinking Water
Methods of water fluoridation
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Efficacy Of topical fluorides
Range Of therapeutic fluoride concentrations used to prevent caries
Recommended doses
Similar to classification of systemic and topical fluorides (20)
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Local Advanced Lung Cancer: Artificial Intelligence, Synergetics, Complex Sys...Oleg Kshivets
Overall life span (LS) was 1671.7±1721.6 days and cumulative 5YS reached 62.4%, 10 years – 50.4%, 20 years – 44.6%. 94 LCP lived more than 5 years without cancer (LS=2958.6±1723.6 days), 22 – more than 10 years (LS=5571±1841.8 days). 67 LCP died because of LC (LS=471.9±344 days). AT significantly improved 5YS (68% vs. 53.7%) (P=0.028 by log-rank test). Cox modeling displayed that 5YS of LCP significantly depended on: N0-N12, T3-4, blood cell circuit, cell ratio factors (ratio between cancer cells-CC and blood cells subpopulations), LC cell dynamics, recalcification time, heparin tolerance, prothrombin index, protein, AT, procedure type (P=0.000-0.031). Neural networks, genetic algorithm selection and bootstrap simulation revealed relationships between 5YS and N0-12 (rank=1), thrombocytes/CC (rank=2), segmented neutrophils/CC (3), eosinophils/CC (4), erythrocytes/CC (5), healthy cells/CC (6), lymphocytes/CC (7), stick neutrophils/CC (8), leucocytes/CC (9), monocytes/CC (10). Correct prediction of 5YS was 100% by neural networks computing (error=0.000; area under ROC curve=1.0).
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2. OBJECTIVE
At the end of my presentation, my fellows would
able to know about:
• Systemic Fluorides
• Topical Fluorides
• Classification
&
• Differences B/w them
2
4. INTRODUCTION
• Fluorine is member of halogen family and is the most
electronegative and reactive of all the elements.
• The compounds of fluorine are called FLUORIDE.
• Its selective action on the hard tissues of the body attributes
significantly to prevention and control of dental carries.
4
5. CLASSIFICATION
On the basis of delivery method fluorine is classified
into two main categories.
1. Systemic Fluorides
2. Topical Fluorides
5
6. SYSTEMIC FLUORIDES
• Definition:-
“Systemic fluoride is a
phrase used to describe fluoride that is ingested by
mouth usually through a community's drinking water or
supplements”.
6
7. TOPICAL FLUORIDES
• Definition:-
“The term Topical Fluorides is
used to describe those delivery system which provide Fluorine
for a local chemical reaction to the exposed surface of
erupted dentition”.
7
8. CLASSIFICATION OF SYSTEMIC FLUORIDES
Community Water Fluoridation
School Water Fluoridation
Salt Fluoridation
Milk Fluoridation
Fluoride Supplement
8
9. COMMUNITY WATER FLUORIDATION
• The controlled addition of fluoride compounds to a water supply, in
order to bring to its concentration up to an optimal, to prevent carries.
• Level of F concentration depend on climate, ranges from
0.7 to 1.2 PPM
• Water Fluoridation studies showed reduction of dental carries in
Children by 40% to 70%
&
Root Carries in Adults 20% to 40%. 9
10. HISTORY
Grand Rapids, Michigan
In 1945, the first to have F added to water supply and
after 15 years study , result were so impressive that other
city joined.
10
12. SCHOOL WATER FLUORIDATION
• It is suitable alternative where water fluoridation is not feasible.
• The amount of fluoride added in school drinking water should be
greater than normal addition (about 4.5 times more FLUORIDE).
• There has around 25% to 40% decrease in dental carries.
12
13. HISTORY
The procedure was first started in 1954 in Saint
Thomas U.S Virgin Islands by US Public Health
Service Division .
13
15. SALT FLUORIDATION
• Salt Fluoridation is the control addition of F usually NaF or KF
during the manufacture of salt for human consumption.
• The reduction in dental carries was found to be parallel to that
found with Water Fluoridation.
• The WHO found to Be appropriate for developing countries.
15
16. HISTORY
First Fluoride Salt was introduced by WESPI in
Switzerland in 1948. It has been on sale in Switzerland in
1955.
16
18. MILK FLUORIDATION
• Addition of a measured quantity of F to bottled or
packaged milk to be drunk by children.
• Fluoridated milk keeps a permanently low level of
ionized F with in the oral cavity, promoting
remineralization.
• This topical mechanism contributes to the carries
preventive effect of fluoridated milk.
18
19. HISTORY
It was first introduced by Ziegler, a
Pediatrician, who started his first project of
Fluoridated milk in Swiss City of Winterthur in
1953.
19
21. FLUORIDE SUPPLEMENT
• Fluoride Supplements are available in different form such as
Fluoride Tablets, Drops, Lozenges.
• Mostly given to children.
• More costly than water or other fluoridation methods.
21
22. CLASSIFICATION OF TOPICAL
FLUORIDES
• Professionally Applied:-
It was introduced by Bibby in 1942.
Involve the use of high F concentration products ranging from
5000 to 19,000ppm, equivalent to 5-19mg F/ml.
Sodium Fluoride, Stannous Fluoride, Acidulated Phosphate F.
• Self-Applied:-
Include fluoride dentifrices, mouth rinses & gels.
Are low fluoride concentration product ranging from 200-
1000ppm or 0.2-1mg F/ml. 22
25. DIFFERENCES
SYSTEMIC FLUORIDE
Applied through systemic route
during development of
dentition (pre-eruptively).
Usually lower concentrations of
F are used.
Effect are there throughout the
life.
It can lead to dental fluorosis.
Patient's co-operation and
compliance are not required.
TOPICAL FLUORIDE
Applied topically after eruption
of teeth (post-eruptively).
Normally high concentration of
F is used.
Effect are seen only for shorter
durations.
It does not lead to fluorosis.
Patient’s co-operation and
compliance are absolutely
necessary.
25
26. DIFFERENCES
Recommended in general for
whole population.
Cost effective and cheaper.
Self application (generally).
Fluoride is incorporated in
the tooth structure during
developing stage.
Recommended for special
group and high-risk children.
Not cost effective and
expensive.
Normally applied
professionally. Some time
patient can use themselves at
home, e.g. dentifrices, mouth
rinses.
Fluoride is lost after
sometime. Hence required
repeated application. 26