DESENSIBILIZE NANO P, WITH THE EXCLUSIVE NANO P TECHNOLOGY
Desensibilize Nano P is a bifunctional paste developed to treat tooth hypersensitivity effectively and durably and to remineralize the dental structure.
Deep caries management /certified fixed orthodontic courses by Indian dental ...Indian dental academy
Welcome to Indian Dental Academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy has a unique training program & curriculum that provides students with exceptional clinical skills and enabling them to return to their office with high level confidence and start treating patients
State of the art comprehensive training-Faculty of world wide repute &Very affordable.
This document provides guidelines for home oral hygiene. It discusses the basic steps of brushing teeth twice daily, flossing regularly, maintaining a proper diet, rinsing the mouth, and getting regular dental checkups. It also covers using disclosing agents to identify plaque, proper brushing techniques, interdental cleaning devices, and the importance of oral hygiene during pregnancy and for infants.
Simplified and modified atraumatic restorative treatmentHamed Gholami
SMART (Simplified and Modified Atraumatic Restorative Treatment) is a restorative technique that uses only hand instruments to remove decay and fill cavities with glass ionomer cement. It is gentle on fearful patients and children as it does not require injections or drills. Glass ionomer is used because it bonds to tooth structure and releases fluoride. The SMART technique involves using spoons and hatchets to remove decay, conditioning and cleaning the cavity, and pressing glass ionomer into the cavity using a finger. Glass ionomer can also be used as a pit and fissure sealant by applying it into grooves after conditioning and washing the area.
This document provides an overview of oral irrigation for dental hygiene. It discusses the objectives, mechanisms, techniques, and indications for both supragingival and subgingival irrigation. Supragingival irrigation aims to reduce gingival inflammation while subgingival irrigation seeks to reduce bacteria in periodontal pockets. Oral irrigators deliver a pulsating water jet that is more effective than toothbrushing at removing debris from 6mm below the gumline. Home irrigation is recommended for patients in periodontal maintenance or with conditions like gingivitis, implants, or orthodontic appliances.
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and
offering a wide range of dental certified courses in different formats.
This in vitro study investigated the effectiveness of the remineralizing agents Tooth Mousse and ProNamel in preventing dental erosion in both primary and permanent teeth. Enamel samples from extracted human teeth were treated with one of the agents or a control and then exposed to acid. Surface microhardness was measured before and after acid exposure. Both Tooth Mousse and ProNamel reduced enamel softening compared to the control, with ProNamel showing the greatest protective effect, especially in permanent teeth. The study suggests that remineralizing agents may help mitigate dental erosion.
DENTIN HYPERSENSITIVITY - ETIOLOGY, DIAGNOSIS AND TREATMENTDr.Shraddha Kode
This document discusses dentin hypersensitivity (DH), including its definition, prevalence, causes, diagnostic process, and treatment options. It notes that DH is pain from exposed dentin in response to stimuli that cannot be explained by other dental issues. It affects 20-50 year olds, especially women, and commonly occurs in canines and premolars. Treatment includes at-home options like desensitizing toothpastes and in-office options like potassium nitrate, resins, or lasers to occlude tubules or disturb nerve transmission. Newer treatments showing promise include arginine-based toothpastes and nano-hydroxyapatite due to their ability to quickly and effectively reduce DH pain.
Oral irrigators, also known as dental water jets, are devices that use a stream of pulsating water to remove debris and reduce bacteria in the mouth. There are two main types - powered devices that generate an intermittent water jet, and non-powered devices that attach to a water supply. Oral irrigators have interchangeable tips that can be used above or below the gumline. When used above the gumline by individuals, they are more effective than brushing alone. When used below the gumline by dentists, they can improve gum health and reduce bacteria in deep pockets when used with diluted chlorhexidine. Oral irrigators are recommended for patients who need additional cleaning, such as those with implants
Deep caries management /certified fixed orthodontic courses by Indian dental ...Indian dental academy
Welcome to Indian Dental Academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy has a unique training program & curriculum that provides students with exceptional clinical skills and enabling them to return to their office with high level confidence and start treating patients
State of the art comprehensive training-Faculty of world wide repute &Very affordable.
This document provides guidelines for home oral hygiene. It discusses the basic steps of brushing teeth twice daily, flossing regularly, maintaining a proper diet, rinsing the mouth, and getting regular dental checkups. It also covers using disclosing agents to identify plaque, proper brushing techniques, interdental cleaning devices, and the importance of oral hygiene during pregnancy and for infants.
Simplified and modified atraumatic restorative treatmentHamed Gholami
SMART (Simplified and Modified Atraumatic Restorative Treatment) is a restorative technique that uses only hand instruments to remove decay and fill cavities with glass ionomer cement. It is gentle on fearful patients and children as it does not require injections or drills. Glass ionomer is used because it bonds to tooth structure and releases fluoride. The SMART technique involves using spoons and hatchets to remove decay, conditioning and cleaning the cavity, and pressing glass ionomer into the cavity using a finger. Glass ionomer can also be used as a pit and fissure sealant by applying it into grooves after conditioning and washing the area.
This document provides an overview of oral irrigation for dental hygiene. It discusses the objectives, mechanisms, techniques, and indications for both supragingival and subgingival irrigation. Supragingival irrigation aims to reduce gingival inflammation while subgingival irrigation seeks to reduce bacteria in periodontal pockets. Oral irrigators deliver a pulsating water jet that is more effective than toothbrushing at removing debris from 6mm below the gumline. Home irrigation is recommended for patients in periodontal maintenance or with conditions like gingivitis, implants, or orthodontic appliances.
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and
offering a wide range of dental certified courses in different formats.
This in vitro study investigated the effectiveness of the remineralizing agents Tooth Mousse and ProNamel in preventing dental erosion in both primary and permanent teeth. Enamel samples from extracted human teeth were treated with one of the agents or a control and then exposed to acid. Surface microhardness was measured before and after acid exposure. Both Tooth Mousse and ProNamel reduced enamel softening compared to the control, with ProNamel showing the greatest protective effect, especially in permanent teeth. The study suggests that remineralizing agents may help mitigate dental erosion.
DENTIN HYPERSENSITIVITY - ETIOLOGY, DIAGNOSIS AND TREATMENTDr.Shraddha Kode
This document discusses dentin hypersensitivity (DH), including its definition, prevalence, causes, diagnostic process, and treatment options. It notes that DH is pain from exposed dentin in response to stimuli that cannot be explained by other dental issues. It affects 20-50 year olds, especially women, and commonly occurs in canines and premolars. Treatment includes at-home options like desensitizing toothpastes and in-office options like potassium nitrate, resins, or lasers to occlude tubules or disturb nerve transmission. Newer treatments showing promise include arginine-based toothpastes and nano-hydroxyapatite due to their ability to quickly and effectively reduce DH pain.
Oral irrigators, also known as dental water jets, are devices that use a stream of pulsating water to remove debris and reduce bacteria in the mouth. There are two main types - powered devices that generate an intermittent water jet, and non-powered devices that attach to a water supply. Oral irrigators have interchangeable tips that can be used above or below the gumline. When used above the gumline by individuals, they are more effective than brushing alone. When used below the gumline by dentists, they can improve gum health and reduce bacteria in deep pockets when used with diluted chlorhexidine. Oral irrigators are recommended for patients who need additional cleaning, such as those with implants
Management of Deep caries /certified fixed orthodontic courses by Indian dent...Indian dental academy
Welcome to Indian Dental Academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy has a unique training program & curriculum that provides students with exceptional clinical skills and enabling them to return to their office with high level confidence and start treating patients
State of the art comprehensive training-Faculty of world wide repute &Very affordable.
The document provides information on atraumatic restorative treatment (ART). Some key points:
- ART was developed in the 1980s in Tanzania as a minimally invasive approach to dental caries that aims to preserve tooth structure. It uses manual excavation and glass ionomer restoration to avoid anesthesia and expensive equipment.
- ART has several advantages, including being non-invasive and painless, making it highly acceptable to patients. It also releases fluoride and bonds to tooth structure.
- The principles of ART are removing carious lesions using hand instruments only and restoring the cavity with glass ionomer, which bonds to the tooth. This simplifies infection control compared to traditional rotary drills.
-
https://userupload.net/ucq2c1km5pb7
Preventive dentistry aims to stop the progression of dental caries by promoting daily habits and clinical therapies that either promote the remineralization of the tooth surface or prevent the formation of the oral biofilm responsible for lowering the oral pH levels in an attempt to prevent cavity formation.
Here is an overall glance on some recent concepts/advances in preventive dentistry with a detail note on pit and fissure sealants
The document summarizes atraumatic restorative treatment (ART). ART is a minimally invasive dental procedure that removes only decayed tooth structure using hand instruments, then restores the cavity with adhesive restorative materials. The ART approach was developed in the 1980s and has shown success rates of 71-85% after 3 years. ART is advantageous because it is painless, preserves healthy tooth structure, and does not require expensive dental equipment, making it suitable for resource-poor areas. Glass ionomer cement is commonly used as the restorative material as it bonds chemically to tooth structure. The summary provides an overview of the key aspects and principles of the ART procedure.
Treatment of abscessed primary molars utilizing lesion sterilizationDR KARUNA SHARMA
The document discusses the use of lesion sterilization and tissue repair (LSTR) therapy for treating infected primary teeth. LSTR involves using a mixture of antibiotics (metronidazole, ciprofloxacin, and minocycline or clindamycin) in a propylene glycol vehicle to disinfect dental lesions without instrumentation. Studies show the antibiotic mixture is effective against bacteria found in endodontic lesions. The document presents a modification using clindamycin instead of minocycline to avoid tooth discoloration and describes the clinical application of LSTR therapy in three cases.
Dental plaque is a soft biofilm that forms on teeth and consists of bacteria, salivary components, and food debris. It is classified as supragingival or subgingival plaque. Disclosing agents are used to make plaque visible and help with patient education and evaluation of oral hygiene techniques. Mechanical methods of plaque removal include toothbrushing and various interdental cleaning aids like floss and interdental brushes. Proper brushing technique and use of fluoride toothpaste promotes effective plaque removal.
Deep carious lesions penetrate deep into the dentin and can potentially expose the pulp, causing pulpitis if left untreated. There are five zones of carious dentin, ranging from normal dentin to infected dentin teeming with bacteria. Pulpitis can be reversible or irreversible, depending on the severity of inflammation. For deep lesions near the pulp, indirect pulp capping involves removing infected dentin while leaving behind affected dentin to avoid exposure. For direct exposures, pulp capping places a biocompatible material over the exposure site to promote healing and maintain vitality. Factors like remaining dentin thickness, exposure size, and patient age influence the success of pulp capping procedures.
This document provides an outline and overview of Atraumatic Restorative Treatment (ART). It defines ART as a caries removal and restoration technique that does not require water or electricity. Key points:
- ART involves manually removing decayed tissue with hand instruments until maximum decay is removed. A highly dense glass ionomer cement then seals the cavity.
- ART was developed as an alternative for outreach situations but is now commonly used in private dental offices worldwide. It uses only a few basic hand instruments and is less technique sensitive than traditional drills.
- Advantages include being non-invasive, low-cost, and effective for treating root caries, medically compromised patients, and fearful children. Long
Direct pulp capping involves placing a biocompatible material directly over a small, inadvertent exposure of healthy pulp tissue from caries or trauma. The objectives are to maintain pulp vitality, encourage formation of a dentin bridge over the exposure, and seal the pulp from bacteria. It is recommended only for small, mechanical or traumatic exposures in primary teeth when the pulp is healthy or reversibly inflamed. Factors like exposure size and clotting affect success. Calcium hydroxide is a commonly used capping agent due to its ability to initiate dentin bridge formation. Long-term studies show direct pulp capping can achieve high success rates when performed under proper indications by experienced clinicians.
Indian Dental Academy: will be one of the most relevant and exciting training center with best faculty and flexible training programs for dental professionals who wish to advance in their dental practice,Offers certified courses in Dental implants,Orthodontics,Endodontics,Cosmetic Dentistry, Prosthetic Dentistry, Periodontics and General Dentistry.
This document provides information on plaque control in pediatric dentistry. It discusses dental plaque, methods of disclosing plaque using various agents, and mechanical and chemical plaque control methods. Mechanical methods include toothbrushing, dental floss, interproximal brushes, and powered toothbrushes. Chemical methods involve using antimicrobial agents like chlorhexidine. The document also covers techniques for brushing teeth and flossing interdentally in children. Maintaining good plaque control is important for preventing dental caries and periodontal disease in pediatric patients.
This document discusses plaque control and various plaque control measures. It begins by explaining that plaque control involves regular removal of plaque to prevent periodontal diseases. Mechanical methods like toothbrushing and interdental cleaning are important, as well as chemical agents like chlorhexidine and essential oils. Different toothbrushing techniques and powered toothbrushes are described. The document also discusses dentifrices, interdental aids, and concludes that proper oral hygiene through plaque control is critical for preventing periodontal disease.
Preventive Dentistry and Early Caries Detectionghidalawand
This document discusses various methods for preventing dental caries and detecting early caries, including:
1. Methods to reduce demineralizing factors like limiting cariogenic foods and improving oral hygiene through toothbrushing and flossing.
2. Methods to increase protective factors like using fluorides, antimicrobial agents, pit and fissure sealants, and genetically modified foods.
3. Techniques for early caries detection including visual, tactile, radiographic, laser fluorescence, and electrical methods to identify lesions before cavitation occurs. Preventive strategies and early detection are important for stopping the progression of dental caries.
This document provides an overview of dentinal hypersensitivity. It begins with definitions of dentinal hypersensitivity and discusses prevalence, distribution, etiology and theories of the mechanism. Lesion localization and initiation are described as two processes required for sensitivity to occur. Clinical assessment methods are outlined including subjective scales and objective tactile, thermal, and electrical tests. Differential diagnosis and various management approaches are classified and described, including in-office treatment agents that do or do not polymerize, as well as other modalities like mouthguards, iontophoresis, and lasers. The primary mechanism of treatment agents is thought to be reduction of dentinal tubule diameter to limit fluid displacement within tubules.
This document discusses various clinical considerations for diagnosing and treating diseased primary tooth pulps. It covers history and symptoms, clinical signs, radiographic interpretation, treatment options like indirect pulp therapy, pulpotomy, partial pulpectomy, and full pulpectomy. Factors like exposure size, bleeding, prognosis, and materials used are described. Overall it provides guidance on differentiating reversible vs irreversible pulpitis and selecting appropriate pulp therapy techniques for primary teeth.
1. Fittydent adhesive provides a strong and long-lasting bond between dentures and gums for over 12 hours, preventing issues like pain, difficulty eating and speaking, and social discomfort.
2. It does not dissolve in water or saliva like other adhesives. 92% of patients are satisfied with Fittydent compared to 77.9% for other brands.
3. Fittydent sensitive adhesive contains aloe vera and myrrh to heal, soothe, and reduce gum pain while preventing denture slippage, important for provisional dentures used in implant procedures.
The document discusses various methods of plaque control, including mechanical and chemical approaches. It focuses on mechanical plaque control, describing tools like toothbrushes, dental floss, and interdental cleaning aids. It provides details on the development and proper use of manual and powered toothbrushes. It also discusses the importance of removing interdental plaque and the limitations of toothbrushes in this regard. Finally, it covers topics like dentifrices, their components and recommendations for fluoride toothpaste use in children.
This document discusses denture adhesives and denture cleansers. It provides background on denture adhesives including their history, formulations, modes of action, uses, and risks. It describes different types of denture adhesives including pads, powders, and creams. The document also discusses denture cleansers and the importance of cleaning dentures to remove plaque and maintain oral hygiene. Proper denture hygiene is an important part of patient care for edentulous individuals.
This document provides an overview of Atraumatic Restorative Treatment (ART). It discusses the history, principles, indications, contraindications, advantages, and process of ART. Some key points:
- ART was developed in the 1980s in Tanzania as a painless and conservative approach to dental caries that uses hand instruments instead of drills.
- The main principles are minimal intervention, minimal cavity preparation, and using adhesive restorative materials like glass ionomer cement.
- ART is best for small, accessible cavities and is useful for public health programs due to being cost-effective and not requiring electricity.
- Advantages include preserving tooth structure, being painless, and having
The document discusses various mechanisms for plaque control, including mechanical and chemical methods. It describes techniques for toothbrushing and the use of interdental aids. It also covers plaque control considerations for special patient groups like those with implants, orthodontics, or who use prosthetics. Key agents for chemical plaque control discussed are chlorhexidine and other antimicrobial mouthwashes. Patient education is emphasized as important for proper plaque removal.
This document discusses various methods for controlling plaque biofilm, including gingival massage, oral irrigation, mouthrinses, and disclosing agents. Gingival massage increases keratinization and mitotic activity in the gingiva. Oral irrigation, especially with a water flosser or water jet, has been shown to reduce gingivitis, bleeding, and periodontal pathogens when added to toothbrushing. Prescription chlorhexidine rinse and nonprescription essential oil rinses are effective for reducing plaque and gingivitis. Patient education and frequent plaque removal are important for long-term control of plaque biofilm and periodontal disease.
Management of Deep caries /certified fixed orthodontic courses by Indian dent...Indian dental academy
Welcome to Indian Dental Academy
The Indian Dental Academy is the Leader in continuing dental education , training dentists in all aspects of dentistry and offering a wide range of dental certified courses in different formats.
Indian dental academy has a unique training program & curriculum that provides students with exceptional clinical skills and enabling them to return to their office with high level confidence and start treating patients
State of the art comprehensive training-Faculty of world wide repute &Very affordable.
The document provides information on atraumatic restorative treatment (ART). Some key points:
- ART was developed in the 1980s in Tanzania as a minimally invasive approach to dental caries that aims to preserve tooth structure. It uses manual excavation and glass ionomer restoration to avoid anesthesia and expensive equipment.
- ART has several advantages, including being non-invasive and painless, making it highly acceptable to patients. It also releases fluoride and bonds to tooth structure.
- The principles of ART are removing carious lesions using hand instruments only and restoring the cavity with glass ionomer, which bonds to the tooth. This simplifies infection control compared to traditional rotary drills.
-
https://userupload.net/ucq2c1km5pb7
Preventive dentistry aims to stop the progression of dental caries by promoting daily habits and clinical therapies that either promote the remineralization of the tooth surface or prevent the formation of the oral biofilm responsible for lowering the oral pH levels in an attempt to prevent cavity formation.
Here is an overall glance on some recent concepts/advances in preventive dentistry with a detail note on pit and fissure sealants
The document summarizes atraumatic restorative treatment (ART). ART is a minimally invasive dental procedure that removes only decayed tooth structure using hand instruments, then restores the cavity with adhesive restorative materials. The ART approach was developed in the 1980s and has shown success rates of 71-85% after 3 years. ART is advantageous because it is painless, preserves healthy tooth structure, and does not require expensive dental equipment, making it suitable for resource-poor areas. Glass ionomer cement is commonly used as the restorative material as it bonds chemically to tooth structure. The summary provides an overview of the key aspects and principles of the ART procedure.
Treatment of abscessed primary molars utilizing lesion sterilizationDR KARUNA SHARMA
The document discusses the use of lesion sterilization and tissue repair (LSTR) therapy for treating infected primary teeth. LSTR involves using a mixture of antibiotics (metronidazole, ciprofloxacin, and minocycline or clindamycin) in a propylene glycol vehicle to disinfect dental lesions without instrumentation. Studies show the antibiotic mixture is effective against bacteria found in endodontic lesions. The document presents a modification using clindamycin instead of minocycline to avoid tooth discoloration and describes the clinical application of LSTR therapy in three cases.
Dental plaque is a soft biofilm that forms on teeth and consists of bacteria, salivary components, and food debris. It is classified as supragingival or subgingival plaque. Disclosing agents are used to make plaque visible and help with patient education and evaluation of oral hygiene techniques. Mechanical methods of plaque removal include toothbrushing and various interdental cleaning aids like floss and interdental brushes. Proper brushing technique and use of fluoride toothpaste promotes effective plaque removal.
Deep carious lesions penetrate deep into the dentin and can potentially expose the pulp, causing pulpitis if left untreated. There are five zones of carious dentin, ranging from normal dentin to infected dentin teeming with bacteria. Pulpitis can be reversible or irreversible, depending on the severity of inflammation. For deep lesions near the pulp, indirect pulp capping involves removing infected dentin while leaving behind affected dentin to avoid exposure. For direct exposures, pulp capping places a biocompatible material over the exposure site to promote healing and maintain vitality. Factors like remaining dentin thickness, exposure size, and patient age influence the success of pulp capping procedures.
This document provides an outline and overview of Atraumatic Restorative Treatment (ART). It defines ART as a caries removal and restoration technique that does not require water or electricity. Key points:
- ART involves manually removing decayed tissue with hand instruments until maximum decay is removed. A highly dense glass ionomer cement then seals the cavity.
- ART was developed as an alternative for outreach situations but is now commonly used in private dental offices worldwide. It uses only a few basic hand instruments and is less technique sensitive than traditional drills.
- Advantages include being non-invasive, low-cost, and effective for treating root caries, medically compromised patients, and fearful children. Long
Direct pulp capping involves placing a biocompatible material directly over a small, inadvertent exposure of healthy pulp tissue from caries or trauma. The objectives are to maintain pulp vitality, encourage formation of a dentin bridge over the exposure, and seal the pulp from bacteria. It is recommended only for small, mechanical or traumatic exposures in primary teeth when the pulp is healthy or reversibly inflamed. Factors like exposure size and clotting affect success. Calcium hydroxide is a commonly used capping agent due to its ability to initiate dentin bridge formation. Long-term studies show direct pulp capping can achieve high success rates when performed under proper indications by experienced clinicians.
Indian Dental Academy: will be one of the most relevant and exciting training center with best faculty and flexible training programs for dental professionals who wish to advance in their dental practice,Offers certified courses in Dental implants,Orthodontics,Endodontics,Cosmetic Dentistry, Prosthetic Dentistry, Periodontics and General Dentistry.
This document provides information on plaque control in pediatric dentistry. It discusses dental plaque, methods of disclosing plaque using various agents, and mechanical and chemical plaque control methods. Mechanical methods include toothbrushing, dental floss, interproximal brushes, and powered toothbrushes. Chemical methods involve using antimicrobial agents like chlorhexidine. The document also covers techniques for brushing teeth and flossing interdentally in children. Maintaining good plaque control is important for preventing dental caries and periodontal disease in pediatric patients.
This document discusses plaque control and various plaque control measures. It begins by explaining that plaque control involves regular removal of plaque to prevent periodontal diseases. Mechanical methods like toothbrushing and interdental cleaning are important, as well as chemical agents like chlorhexidine and essential oils. Different toothbrushing techniques and powered toothbrushes are described. The document also discusses dentifrices, interdental aids, and concludes that proper oral hygiene through plaque control is critical for preventing periodontal disease.
Preventive Dentistry and Early Caries Detectionghidalawand
This document discusses various methods for preventing dental caries and detecting early caries, including:
1. Methods to reduce demineralizing factors like limiting cariogenic foods and improving oral hygiene through toothbrushing and flossing.
2. Methods to increase protective factors like using fluorides, antimicrobial agents, pit and fissure sealants, and genetically modified foods.
3. Techniques for early caries detection including visual, tactile, radiographic, laser fluorescence, and electrical methods to identify lesions before cavitation occurs. Preventive strategies and early detection are important for stopping the progression of dental caries.
This document provides an overview of dentinal hypersensitivity. It begins with definitions of dentinal hypersensitivity and discusses prevalence, distribution, etiology and theories of the mechanism. Lesion localization and initiation are described as two processes required for sensitivity to occur. Clinical assessment methods are outlined including subjective scales and objective tactile, thermal, and electrical tests. Differential diagnosis and various management approaches are classified and described, including in-office treatment agents that do or do not polymerize, as well as other modalities like mouthguards, iontophoresis, and lasers. The primary mechanism of treatment agents is thought to be reduction of dentinal tubule diameter to limit fluid displacement within tubules.
This document discusses various clinical considerations for diagnosing and treating diseased primary tooth pulps. It covers history and symptoms, clinical signs, radiographic interpretation, treatment options like indirect pulp therapy, pulpotomy, partial pulpectomy, and full pulpectomy. Factors like exposure size, bleeding, prognosis, and materials used are described. Overall it provides guidance on differentiating reversible vs irreversible pulpitis and selecting appropriate pulp therapy techniques for primary teeth.
1. Fittydent adhesive provides a strong and long-lasting bond between dentures and gums for over 12 hours, preventing issues like pain, difficulty eating and speaking, and social discomfort.
2. It does not dissolve in water or saliva like other adhesives. 92% of patients are satisfied with Fittydent compared to 77.9% for other brands.
3. Fittydent sensitive adhesive contains aloe vera and myrrh to heal, soothe, and reduce gum pain while preventing denture slippage, important for provisional dentures used in implant procedures.
The document discusses various methods of plaque control, including mechanical and chemical approaches. It focuses on mechanical plaque control, describing tools like toothbrushes, dental floss, and interdental cleaning aids. It provides details on the development and proper use of manual and powered toothbrushes. It also discusses the importance of removing interdental plaque and the limitations of toothbrushes in this regard. Finally, it covers topics like dentifrices, their components and recommendations for fluoride toothpaste use in children.
This document discusses denture adhesives and denture cleansers. It provides background on denture adhesives including their history, formulations, modes of action, uses, and risks. It describes different types of denture adhesives including pads, powders, and creams. The document also discusses denture cleansers and the importance of cleaning dentures to remove plaque and maintain oral hygiene. Proper denture hygiene is an important part of patient care for edentulous individuals.
This document provides an overview of Atraumatic Restorative Treatment (ART). It discusses the history, principles, indications, contraindications, advantages, and process of ART. Some key points:
- ART was developed in the 1980s in Tanzania as a painless and conservative approach to dental caries that uses hand instruments instead of drills.
- The main principles are minimal intervention, minimal cavity preparation, and using adhesive restorative materials like glass ionomer cement.
- ART is best for small, accessible cavities and is useful for public health programs due to being cost-effective and not requiring electricity.
- Advantages include preserving tooth structure, being painless, and having
The document discusses various mechanisms for plaque control, including mechanical and chemical methods. It describes techniques for toothbrushing and the use of interdental aids. It also covers plaque control considerations for special patient groups like those with implants, orthodontics, or who use prosthetics. Key agents for chemical plaque control discussed are chlorhexidine and other antimicrobial mouthwashes. Patient education is emphasized as important for proper plaque removal.
This document discusses various methods for controlling plaque biofilm, including gingival massage, oral irrigation, mouthrinses, and disclosing agents. Gingival massage increases keratinization and mitotic activity in the gingiva. Oral irrigation, especially with a water flosser or water jet, has been shown to reduce gingivitis, bleeding, and periodontal pathogens when added to toothbrushing. Prescription chlorhexidine rinse and nonprescription essential oil rinses are effective for reducing plaque and gingivitis. Patient education and frequent plaque removal are important for long-term control of plaque biofilm and periodontal disease.
Endodontic Treatment For Children by professor hasham khanJamil Kifayatullah
This document discusses endodontic treatment options for children, including the aims of endodontic therapy in primary and young permanent teeth, types of treatments such as indirect and direct pulp capping, pulpotomy techniques using various medicaments, and the advantages and difficulties of treatments in pediatric patients.
Dr Lee\'s oresentation to Fresno County Dep\'t of Health\'s Oral Health Advisory Committee quarterly meeting. Audience: health educators, careproviders from various public and private entites in Fresno County
This document discusses various techniques for tooth bleaching, including:
1. Non-vital bleaching which involves placing a hydrogen peroxide mixture into the tooth to lighten discoloration from pulp necrosis.
2. In-office bleaching which applies hydrogen peroxide gel to the tooth surface followed by heat activation to diffuse the peroxide into the tooth.
3. At-home bleaching which uses a custom tray with carbamide peroxide gel worn overnight to slowly lighten teeth.
The document provides details on the procedures, indications, and risks/benefits of different bleaching methods.
Bioactive Glass -A Revolutionary DesensitizerKamala DN
My article, Bioactive Glass -A Revolutionary Desensitizer published in Student Digest ,Dec 2017,an official IDA publication. Bioactive glasses, calcium sodium phosphosilicate and Fluoro Calcium phosphosilicate are used in toothpaste to remineralize and relieve dentin sensitivity. Research studies have shown that bioactive glass based toothpaste like Elsenz, SHY NM toothpaste offers long lasting relief from sensitivity and highly resistant to acid challenge.
Nanotechnology has various applications in dentistry including prevention of dental caries, dental implants, impression materials, orthodontic treatment, nano composites, and treatment of dentin hypersensitivity. Some advantages of nanotechnology in dentistry are superior hardness and strength of nano dental materials, faster treatment and healing, and reduced number of clinic visits. However, there are also disadvantages such as potential toxicity of nanoparticles and ethical issues.
The document discusses treatment guidelines for dental trauma involving extrusion and intrusion of permanent teeth. For extrusion injuries, the exposed root surface is cleaned before gently repositioning the tooth using digital pressure. The tooth is then stabilized for 2 weeks with a flexible splint. For intrusion injuries, treatment depends on the stage of root development and degree of intrusion. Spontaneous eruption may be sufficient for minor intrusions, while orthodontic or surgical repositioning may be needed for more severe intrusions. Endodontic treatment is often recommended to prevent infection-related root resorption. Follow-up clinical and radiographic exams are important to monitor healing.
Dentin hypersensitivity is a common condition characterized by short, sharp pains in response to stimuli like hot, cold, sweet or acidic foods. It affects 14-98% of adults and is caused by exposure of dentin, usually due to gum recession. The hydrodynamic theory is the most accepted explanation, where stimuli cause rapid fluid movement in dentinal tubules, stimulating nerve fibers. Treatment focuses on blocking tubules with agents like potassium nitrate, strontium chloride or oxalate. Placement of restorations or periodontal procedures may also help. Patients are advised on controlling factors that exacerbate sensitivity.
The document discusses various pulp treatment procedures for primary teeth, including indirect pulp capping (IPC) and direct pulp capping (DPC). IPC involves removing gross caries and sealing the cavity to allow the remaining infected dentin to be arrested, while DPC places a protective material directly over an exposed pulp site. Both aim to preserve pulp vitality and encourage reparative dentin formation. Key factors in success include residual dentin thickness and choice of capping agent. DPC is not recommended for primary teeth due to their higher cellular content and inflammatory response compared to permanent teeth.
[1] Minimally invasive dentistry focuses on prevention and conservation of tooth structure. Various tools and techniques can detect caries early and monitor the effectiveness of preventive treatments.
[2] Diagnodent uses fluorescence to detect demineralization with high accuracy. FOTI and QLF use transmitted light to image lesions and monitor remineralization. ECM measures conductivity changes to identify demineralized enamel. These methods can detect lesions earlier than x-rays.
[3] Early detection allows use of preventive treatments like remineralization to arrest or reverse lesions before they worsen, preserving more tooth structure. Minimally invasive techniques emphasize prevention and conservation over extensive restoration.
Minimally invasive dentistry (MID) is an evidence based intervention approach supported internationally that aims to do the least harm to effected and surrounding tissues
Recent advances in management of dental hypersensitivityManoj Paradhi
Dentin hypersensitivity is characterized by short, sharp pain from exposed dentin in response to stimuli that cannot be attributed to other dental issues. The hydrodynamic theory is the most accepted explanation for the mechanism, where stimuli cause rapid fluid movement within dentinal tubules activating nerve fibers. Management focuses on occluding tubules with agents like potassium nitrate toothpastes or sealants, or blocking pulpal nerves. Treatment aims to reduce dentin permeability and fluid movement providing relief from hypersensitivity.
This document discusses pediatric dentistry and early childhood caries. It defines early childhood caries as caries affecting primary teeth within a month of eruption that spreads rapidly. Risk factors include prolonged bottle feeding with sugary liquids, acidogenic bacteria, poor oral hygiene, and a cariogenic diet. Treatment involves comprehensive restorative care including provisional restorations, diet assessment, oral hygiene instruction, and home/professional fluoride therapy. The goal is to control the disease through emergency treatment, operative restoration and extractions, and ongoing preventive care and education.
Gingivitis is a mild form of gum disease that causes redness, swelling and bleeding of the gums. It is caused by a buildup of bacterial plaque on the teeth. If left untreated, gingivitis can advance to a more serious form of gum disease called periodontitis that can lead to tooth loss. Treatment involves professional dental cleaning to remove plaque and tartar, followed by improved home oral hygiene including brushing and flossing. Maintaining good oral hygiene practices and regular dental visits are important to prevent gingivitis.
The document discusses various modalities for pulp treatment including protective base placement, indirect pulp capping therapy, direct pulp capping, pulpotomy, and root canal treatment. It describes indications, contraindications, materials, and procedures for each treatment. Key points include calcium hydroxide and mineral trioxide aggregate being common pulp capping agents, formocresol and glutaraldehyde used for devitalizing pulpotomies, and ferric sulfate and mineral trioxide aggregate promoting pulp preservation and regeneration respectively.
This document discusses various methods for treating teeth with cracked or damaged roots, including traditional metal posts cemented into the root canal versus newer fiber-reinforced composite posts. Traditional methods have problems like post loosening over time or teeth fracturing. Newer fiber posts and resin cements allow for bonding a post directly into the canal to create a strong "monoblock" restoration from apex to crown in a single appointment without waiting for cement to set. The document also discusses causes of post failures and techniques for directly bonding or indirectly building up composite posts in a root canal.
This document provides an overview of minimal intervention dentistry. It defines minimal intervention dentistry as an approach focused on early detection and diagnosis of dental caries, followed by minimally invasive treatment. The key principles discussed include early caries diagnosis, classification of caries depth and progression, individual caries risk assessment, reduction of cariogenic bacteria, and remineralization of early lesions. Various methods for caries diagnosis and classification are described. The document also discusses strategies for decreasing caries risk, including remineralizing agents and antimicrobial therapies to arrest active lesions and promote remineralization. Remineralizing agents that are discussed include fluoride, bioactive glasses, CPP-ACP, TCP, ACP
This document discusses the emerging field of nanotechnology in prosthodontics. It begins by defining nanotechnology and nanomedicine. The history and various approaches to manufacturing nanomaterials are then outlined. The document focuses on potential applications of nanotechnology in dentistry, including uses in local anesthesia, tooth repair and regeneration, treating hypersensitivity, improving dental materials and cosmetics, and developing nanorobotic tools like dentifrobots. Benefits of these nanotechnology applications include more effective and painless anesthesia, repairing teeth without extractions, permanently sealing dentin tubules to cure sensitivity, and using nanorobots to remove plaque and prevent tooth decay.
Similar to Folder Comercial_English. Desensibilize NanoP. Desensitizing and Remineralizing Paste (20)
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Folder Comercial_Espanhol. Desensibilize NanoP. Pasta Desensibilizante y Remi...FGM Produtos Odontológicos
El documento describe un producto dental llamado Desensibilize Nano P que contiene nanopartículas de hidroxiapatita. Estas nanopartículas obliteran los túbulos dentinarios y microfisuras en el esmalte para tratar la hipersensibilidad dental de manera efectiva y duradera, a la vez que remineralizan la estructura dental. Estudios clínicos muestran que el producto proporciona alivio inmediato de la sensibilidad y un tratamiento efectivo y duradero.
Folder Comercial_Português. Desensibilize NanoP. Pasta Dessensibilizante e Re...FGM Produtos Odontológicos
1) O documento discute um tratamento para hipersensibilidade dentinária baseado em nanopartículas de hidroxiapatita.
2) Essas nanopartículas obliteram os túbulos dentinários e microtrincas no esmalte, eliminando a dor de forma efetiva e duradoura.
3) Além disso, as nanopartículas promovem a remineralização do dente, restaurando sua estrutura e função.
Ambar FGM is a two-step conventional adhesive system (5th generation), which formula was developed to assure the adequate penetration of the monomers into the collagen fibers of demineralized dentin. Depois de polimerizado, After polymerization, Ambar generates a stable and resistant adhesive film, contributing to its clinical longevity. The presence of nanoparticles in the composition contributes to the increase of the mechanical resistance and chemical stability of the polymerized adhesive film. In addition, the chemical characteristics of Ambar warrant adequate polymerization of the product on wet surfaces, such as dentin.
AMBAR GATHERS ALL QUALITIES OF A DIFFERENTIATED ADHESIVE.
Ambar FGM é um sistema adesivo convencional de dois passos (5ª geração), cuja fórmula foi desenvolvida para garantir a adequada penetração dos monômeros nas fibras colágenas da dentina úmida desmineralizada. Depois de polimerizado, Ambar gera um filme adesivo estável e resistente, contribuindo para sua longevidade clínica. A presença de nanopartículas na composição contribui para o aumento da resistência mecânica e estabilidade química do filme adesivo polimerizado. Adicionalmente, as características químicas de Ambar garantem a adequada polimerização do produto em superfícies úmidas como a dentina.
AMBAR REÚNE TODAS AS QUALIDADES DE UM ADESIVO DIFERENCIADO.
Ambar FGM es un sistema adhesivo convencional de dos pasos (5ª generación), cuya fórmula fue desarrollada para garantizar la adecuada penetración de los monómeros en las fibras colágenas de la dentina húmeda desmineralizada. Después de ser polimerizado, ambar genera una película adhesiva estable y resistente, contribuyendo para su longevidad clínica.La presencia de nanopartículas en la composición contribuye para el aumento de la resistencia mecánica y estabilidad química de la película adhesiva polimerizada. Adicionalmente, las características químicas de Ambar garantizan la adecuada polimerización del producto en superficies húmedas como la dentina.
AMBAR REÚNE TODAS LAS CALIDADES DE UN ADHESIVO DIFERENCIADO.
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A tecnologia Nano P utiliza nanopartículas de cálcio e fosfato para conferir bioatividade a materiais odontológicos. Ela promove alívio da sensibilidade dentinária, remineralização do esmalte e prevenção de erosão e abrasão por meio da deposição de nanohidroxiapatita nos túbulos dentinários e superfícies desmineralizadas. Estudos demonstraram seu efeito duradouro no tratamento da hipersensibilidade e na recuperação da dureza do esmalte.
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Folder Comercial_English. Desensibilize NanoP. Desensitizing and Remineralizing Paste
1. YOU SOLVING
THE PROBLEMS
OF YOUR PATIENTS.
THE PROFESSIONAL TREATMENT
FOR HYPERSENTIVITY.
CONTAINS NANO-
HYDROXYAPATITE
Desensitizing and
Remineralizing Paste
YOU SOLVING
2. DENTIN
HYPERSENTIVITY
Efficiency and longevity
of the treatment
The nanoparticles of hydroxyapatite restore the
microstructure, the chemical composition of the teeth and
their functionality.
How does the pain occur?
Heat, cold and citric food, sweets, air and pressure are
stimuli that may cause the movement of fluids in the
dentin tubules, increasing the pressure inside of them,
which stimulates the nerves inside the tooth, resulting in
the pain.
Gingival recession
How Desensibilize
Nano P obliterates the tubules?
The nanoparticles of hydroxyapatite are deposited in
the dentin tubules, obliterating them, which difficult the
access of the external stimuli to the pulp and eliminates
the painful symptoms.
Nano-hydroxyapatite
Efficiency and longevity
of the treatment
The obliteration of the tubules is potentialized/stabilized
by the action of the saliva on the nanoparticles of
hydroxyapatite. Such obliteration remains intact even after
the exposure to acids.
Action of the saliva
How Desensibilize
Nano P remineralizes?
The nanoparticles of hydroxyapatite penetrate in the tooth,
integrating in it, and acting as a system of replacement and
release of calcium and phosphates ions, with acid resistance
similar to the hydroxyapatite of the natural tooth.
Microcracks/porosities in the enamel
Remineralizing action
DENTINDENTINDENTINDENTINDENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITY
DENTIN
HYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITYHYPERSENTIVITY
TOOTH REMINERALIZING
3. ADVANTAGES OF THE
NANO P TECHNOLOGY
Desensibilize Nano P is a bifunctional paste developed to treat tooth
hypersensitivity effectively and durably and to remineralize the dental
structure.
Desensibilize Nano P contains the exclusive Nano P technology, based on nanostructured
calcium phosphate in the form of nanoparticles of hydroxyapatite, which work in a
biocompatible way in the obliteration of the exposed dentin tubules, in the enamel
microcracks and in the remineralization of the dental structure, restoring the microstructure,
the chemical composition and the functionality of the tooth.
The nanoparticles of hydroxyapatite present a higher bioactivity,
due to its small diameter and its morphology which increases its
superficial area. In addition, its capacity of hydration and wetability
allow it to release ions calcium and phosphates to the tooth in the
adequate concentrations and speeds. This way, the presence
of the nano-hydroxyapatite confers differentiated and innovative
properties to the Desensibilize Nano P.
The desensitizing and remineralizing effects of Desensibilize
Nano P are potentialized through time by the action of the saliva
on the nanoparticles of hydroxyapatite contained in the product.
It acts promoting the adhesion between the nanoparticles and
their integration in the tooth.
Nano P is the innovative technology of nanoparticles of calcium
phosphate, which aims to bring bioactivity to the dental materials.
IT CONTAINS NANOPARTICLES
OF HYDROXYAPATITE, THE SAME
MINERAL THAT COMPOSES THE TOOTH
1
RELEASE OF CALCIUM
AND PHOSPHATES5
BIOCOMPATIBILITY2
RESISTENCE
TO SOLUBILITY6
BIOACTIVITY3
EFFECTIVENESS
AND LONGEVITY7
EXCELLENT PENETRATION IN THE
DENTIN TUBULES AND IN THE
ENAMEL MICROCRACKS
4
PROVED
TECHNOLOGY8
DESENSIBILIZE NANO P,
WITH THE EXCLUSIVE
NANO P TECHNOLOGY
WHAT IS THE NANO P TECHNOLOGY?
superficial area. In addition, its capacity of hydration and wetability
allow it to release ions calcium and phosphates to the tooth in the
on the nanoparticles of hydroxyapatite contained in the product.on the nanoparticles of hydroxyapatite contained in the product.on the nanoparticles of hydroxyapatite contained in the product.
4. Desensibilize Nano P is a high performance paste,
for professional use, indicated to:
treatment of hypersensitivity;
prevention of carious lesions in high risk patients;
help in the prevention of the tooth wear by erosion and abrasion;
remineralization of white spot lesions, dental decalcification, pre and post whitening treatment.
1 syringe with 3 g of product and 5 application tips.1 syringe with 3 g of product and 5 application tips.
INDICATIONS
PRESENTATION
EFFECTIVE AND LONG-LASTING TREATMENT
5. DESENSITIZATION
BY OBLITERATION
DESENSITIZATIONDESENSITIZATIONDESENSITIZATIONDESENSITIZATIONDESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
DESENSITIZATION
BY OBLITERATION
SEE HOW IT WORKS: the new Desensibilize Nano P contains the new Nano P technology,
based on nanoparticles of hydroxyapatite. Its desensitizing performance happens
through two mechanisms:
PHYSICAL EFFECT: for being nanometric, the hydroxyapatite
penetrates more easily in the dentin tubules and
in the enamel microcracks, which difficult the
access of external stimuli that cause pain.
CHEMICAL EFFECT: the presence of potassium nitrate
potentializes the desensitization by the depolarization of nerve fibers;
the presence of fluoride complements such desensitization effect.
Opened dentin tubules BEFORE the treatment
with the Desensibilize Nano P, enabling
the sensitivity by the exposure to acids, to
heat/cold, to air, to touch.
The obliteration of the dentin tubules
remains INTACT even AFTER
THE EXPOSURE TO ACIDS.
Dentin tubules CLOSED after the
treatment with Desensibilize Nano P,
blocking the diffusion of the
pain-causing stimuli.
The obliteration of the dentin tubules
remains INTACT even AFTER
THE BRUSHING WEAR.
1
2
21
3 4
Nano-hydroxyapatite
+ saliva: desensitization
with resistance
to the acid dissolution
and to the brushing
wear.
6. Desensitizing action of the Desensibilize Nano P throughout the treatment
for the teeth that present initial severe or average (moderate) hypersensitivity.
Courtesy of Dra. Constanza Odebrecht and partners of the Vale do Itajaí University – SC, Brazil.
Relief of 80% of
the sensitivity after
the first application
and of 90% after the
second application.
Medium 4,16%
Severe
12,5%
%oftheteethineachlevelofsensitivity
Beginning
Beginning
Immediately
after the
1st
application
Immediately
after the
1st
application
Immediately
after the
2nd
application
Immediately
after the
2nd
application
Severe
100%
24 teeth
Severe
25%
0
100
Medium
54,16%
Light 8,33%
Light 62,5%
Null 12,5%
Null
20,83%
%oftheteethineachlevelofsensitivity
Medium
100%
19 teeth
Medium
21,05%
Medium 10,52%
0
100
Light
68,42%
Light
57,89%
Null 10,52%
Null
31,57%
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
IS CLINICALLY PROVEN
Clinical studies show that Desensibilize Nano P promotes:
RELIEF of the sensitivity IMMEDIATELY after the sole application of the product,
and such effect is POTENTIALIZED THROUGHOUT THE FIRST 48 HOURS
BY THE ACTION OF THE SALIVA ON THE NANOPARTICLES OF HYDROXYAPATITE;
EFFECTIVE and LONG-LASTING TREATMENT of the sensitivity.
EFFECTIVE AND LONG-LASTING TREATMENTEFFECTIVE AND LONG-LASTING TREATMENTEFFECTIVE AND LONG-LASTING TREATMENTEFFECTIVE AND LONG-LASTING TREATMENTEFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
IS CLINICALLY PROVEN
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
IS CLINICALLY PROVEN
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
IS CLINICALLY PROVEN
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
IS CLINICALLY PROVEN
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
IS CLINICALLY PROVEN
EFFECTIVE AND LONG-LASTING TREATMENT
OF THE TOOTH SENSITIVITY
IS CLINICALLY PROVEN
1
2
7. EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZINGEFFECTIVE REMINERALIZINGEFFECTIVE REMINERALIZINGEFFECTIVE REMINERALIZINGEFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZING
ACTION
EFFECTIVE REMINERALIZINGEFFECTIVE REMINERALIZINGEFFECTIVE REMINERALIZINGEFFECTIVE REMINERALIZINGEFFECTIVE REMINERALIZINGEFFECTIVE REMINERALIZING
Remineralizing potential of Desensibilize Nano P on the surface of bovine enamel affected by
artificial caries lesion, submitted to the pH cycling (des- and remineralization) for seven days.
Different letters show statistic differences (p<0.05).
c
Recoveryofenamel’shardness(%)
c c
b,c
b
a
Control CPP-ACP Fluoride in Gel Fluoride
Varnish
FluorCare (FGM) Desensibilize
Nano P (FGM)
0
20
40
60
80
100
The remineralizing action of the Desensibilize Nano P occurs through two mechanisms:
PHYSICAL EFFECT: the nanoparticles of hydroxyapatite penetrate in the
porosities and enamel microcracks, easily integrating itself to the tooth, wich
is also comprised by hydroxyapatite. They repair their deficiencies, functionally
imitating it, acting as a system for the release of calcium and phosphate ions,
essential for the maintenance of the mineral balance of the tooth
in the demineralization conditions.
CHEMICAL EFFECT: the presence of 9,000 ppm of fluoride inhibits the
cariogenic activity of the bacteria and prevents the demineralization.
SEE HOW IT WORKS:
Lab studies show that Desensibilize Nano P promotes:
RECOVERY of 70% of the HARDNESS of the enamel affected by caries.
THE MAXIMUM EFFECT can already be noticed between the 2nd
and the 3rd
applications of
the product.
THE remineralizing EFFECT is POTENTIALIZED throughout the days by THE ACTION
OF THE SALIVA on the nanoparticles of hydroxyapatite.
EFFECTIVE AND LONG-LASTING REMINERALIZATION.
Recovery of 70% of the hardness
1
1
2
3
2
4
c c c
b,c
b
a
8. Wear of the bovine (µm) enamel structure (a) and dentin (b) after the erosive and abrasive
demineralization, during five days. Different letters indicate statistical difference (p<0.05).
Data given by Souza-e-Silva CM, Moron BM CAB, Magalhães AC, Buzalaf MAR, from Bauru Odontology
University – USP, Brazil.
Wearoftheenamel’sstructure(μm)
b
a a
Enamel
Desensibilize
Nano P
(FGM)
Desensibilize
Nano P
(FGM)
Mi Paste Plus
(GC America)
Control
0
1
2
3
4
5
6
Wearofthedentin’sstructure(μm)
b
b
a
Dentin
Mi Paste Plus
(GC America)
Control
0
1
2
3
4
5
6
7
8
9
PHYSICAL EFFECT: the nanoparticles of hydroxyapatite penetrate in the enamel porosity and
microcracks, and also in the dentin, easily integrating itself to the tooth and acting as a system for
the release of calcium and phosphate ions in the conditions of erosive demineralization and abrasion.
CHEMICAL EFFECT: the presence of 9,000 ppm prevents the demineralization.
PREVENTION OF THE TOOTH WEAR BY EROSION AND ABRASION.
SEE HOW IT WORKS:
Its action in the prevention of the tooth erosion and of the abrasion occurs through two mechanisms:
LAB STUDIES SHOW THAT DESENSIBILIZE NANO P IS EFFECTIVE IN THE
1
2
PREVENTION OF THE TOOTH WEAR
BY EROSION AND ABRASION
9. STEP BY STEP
For more information, check the technical
profile available to download on our website.
In case of doubts, check out technical
support: contato@fgm.ind.br or by the
telephone number +55 47 3441 6100.
Dispense the product in a sterile Dappen pot and apply it
on the tooth surface, with a micro-applicator (Cavibrush –
FGM), or apply it directly on the tooth surface, with an
application tip.
Clean the surface of the tooth and
perform the relative isolation. If
necessary, conduct previous prophylaxis.
1
Remove the excess of the product with
dry or slightly humid cotton pellet.
Instruct the patient not to eat or
drink for 30 minutes.
5
Leave the product resting
for 5 minutes.
With a felt disk adapted in low rotation
with low speed (Diamond Flex – FGM),
friction the product during 10 seconds.
3
4
2
10. Why the application of the Desensibilize Nano P brings more benefits to the
remineralization process when compared to the application of other conventional Fluoride-
based products?
When a Fluoride-based conventional product is applied on the tooth surface, there is
the formation of calcium fluoride CaF2
on the surface. Such CaF2
is initially stabilized by
proteins and saliva phosphates in neutral pH. However, when the pH falls during acid
challenges, the CaF2
is dissolved, releasing Ca2
and F, which will effectively contribute for
the reorganization of the hydroxyapatite crystals of the tooth in fluorapatite, which can, then,
actuate in a stable manner in the protection of the tooth against cavities. When we apply the
Desensibilize Nano P on the surface of the tooth, we are offering nano- hydroxyapatite for
it and, as we know, the hydroxyapatite is the organized crystal form of calcium phosphate,
which composes the natural tooth, stable to the dissolution. This way, when we apply
the Desensibilize Nano P, we already offer to the tooth a little bit of itself, facilitating the
interaction between the tooth and the product, increasing the probability of formation of
fluorapatite, amplifying the remineralizing potential of the product. In addition, as the nano-
hydroxyapatite contained in the Desensibilize Nano P is highly resistant to dissolution, when it
deposits itself on the tooth, it shall protect the hydroxyapatite of the tooth against dissolution.
In average, how many sessions with the product are necessary to promote the
remineralization of the teeth?
Lab studies indicate that, after two applications of the Desensibilize Nano P its maximum
remineralizing effect can already be observed. Based on these studies, for a better safety of
the clinical protocol of application of the product, we recommend 3 to 4 applications of the
Desensibilize Nano P when the purpose is the remineralization of the tooth surface.
QUESTIONS AND ANSWERS
1
In average, how many sessions with the product are necessary to promote the
desensitization of the teeth?
The number of sessions may vary, but clinical studies performed (check technical profile)
show that an average of 3 sessions is enough for the efficient and long-lasting treatment of
the tooth sensitivity.
3
2
11. The Desensibilize Nano P is effective in the prevention of the tooth hypersensitivity related
to the teeth whitening?
So far, there aren’t conclusive data that indicate that the application of the Desensibilize
Nano P is effective in the prevention of the hypersensitivity related to the teeth whitening.
However, the application of the product after the whitening may contribute for the
remineralization of the enamel surface, and also amplify the sensation of
the whitening, in promoting the flattening of the tooth surface.
The application of the Desensibilize Nano P before the teeth whitening may harm the
whitening process?
As the Desensibilize Nano P is comprised by nano- hydroxyapatite, which is the main
constituent of the tooth enamel, the application of the product does not interfere in the
whitening process. On the contrary, we may have a complementation of the whitening
sensation, by the fact that the product may promote the flattening of the tooth surface.
As it is a product with nanoparticles, could it present any risk for the patient
in case of ingestion?
Lab studies with cell culture show that the nanoparticles of hydroxyapatite contained in
the Desensibilize Nano P are not toxic for the cells, which brings safety in a situation
of ingestion of the product. Another factor that brings safety to the application of the
Desensibilize Nano P is the fact it releases calcium and phosphate ions when it is
solubilized, and such ions are already regulated (they are part of) by the metabolism of
the individual. The most important care related to high dosages of the Desensibilize
Nano P shall be in relation to the presence of the fluoride, which, if ingested in
high quantities, may be toxic. Desensibilize Nano P contains 9,000 ppmF and,
for this reason, it is only indicated for professional use.
4
5
6
12. DENTIN
HYPERSENSITIVITY?
EFFECTIVE AND LONG-LASTING TREATMENT.
Your patient will thank you.
Desensitizing and Remineralizing Agent
HOW THE PAIN HAPPENS?
Heat, cold and citric food, sweets, air
and pressure are stimuli that may cause
the movement of fluids in the dentin
tubules, increasing the pressure inside of
them, which stimulates the nerves inside
the tooth, resulting in the pain.
+55 47 3441 6100 | www.fgm.ind.br | twitter.com/fgmwhiteness | youtube.com/fgmprodutosodonto | contato@fgm.ind.br
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