This document discusses the process of tissue conditioning, which uses temporary denture liners to improve the health of irritated oral tissues before creating new dentures. The procedure involves applying a soft tissue conditioner to existing dentures every 2-3 weeks until tissues appear healthy. Tissue conditioning aims to relieve discomfort from abused tissues and improve retention by preparing tissues and reestablishing the proper vertical dimension of occlusion.
This document discusses the process of tissue conditioning, which uses temporary denture liners to improve the health of irritated oral tissues before creating new dentures. Tissue conditioning involves repeatedly applying a soft tissue conditioner to existing dentures every 2-3 weeks until the tissues appear healthy. The conditioner improves comfort and allows the tissues to adapt to the denture borders. Once the tissues are healthy, new dentures can be fabricated.
This document discusses tissue conditioners and soft denture liners. It defines tissue conditioners as temporary resilient materials placed inside a denture for a short period to allow healing of traumatized tissues. Soft denture liners provide long-term cushioning and are made of materials like silicone or soft acrylic. The document outlines the ideal properties, uses, and application process for tissue conditioners. It also discusses the requirements for resilient denture liners to be biologically compatible, resilient, dimensionally stable, and resistant to staining and abrasion.
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.for more details please visit
www.indiandentalacademy.com
Relining and rebasing in complete dentures / Labial orthodontics coursesIndian dental academy
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.
The document discusses relining and rebasing of complete dentures. It defines relining as resurfacing the tissue side of a denture with new material to improve fit, while rebasing replaces the entire denture base. Relining or rebasing may be needed when bone resorption causes poor denture fit. Direct relining involves adding new material chairside, while indirect relining uses impressions and lab processing. Common materials include soft liners for comfort and hard liners for stability. The procedures for both relining and rebasing aim to restore proper vertical dimension, occlusion, and support without altering the dental arch or teeth positions.
The document discusses relining and rebasing removable dentures. Relining involves adding material only to the denture-bearing surface to compensate for minor ridge changes, while rebasing replaces the entire denture base material. Common indications for these procedures include residual ridge resorption causing looseness or sore spots. Clinical techniques described include closed-mouth, open-mouth, and chairside methods. Laboratory techniques involve using an articulator, jig, or flask. Materials used include hard and soft denture liners. The document provides details on various techniques and materials used for relining and rebasing removable dentures.
Tissue conditioners and denture liners are used to improve the fit and comfort of removable dentures. They can be classified based on their curing method, composition, durability, consistency and other properties. Tissue conditioners are temporary soft liners that help condition traumatized tissue, while hard and soft denture liners provide a more permanent resilient layer. Relining or rebasing dentures helps maintain proper fit as ridges resorb over time. Selection of the appropriate liner depends on the clinical situation and needs of the patient.
This document discusses the process of tissue conditioning, which uses temporary denture liners to improve the health of irritated oral tissues before creating new dentures. The procedure involves applying a soft tissue conditioner to existing dentures every 2-3 weeks until tissues appear healthy. Tissue conditioning aims to relieve discomfort from abused tissues and improve retention by preparing tissues and reestablishing the proper vertical dimension of occlusion.
This document discusses the process of tissue conditioning, which uses temporary denture liners to improve the health of irritated oral tissues before creating new dentures. Tissue conditioning involves repeatedly applying a soft tissue conditioner to existing dentures every 2-3 weeks until the tissues appear healthy. The conditioner improves comfort and allows the tissues to adapt to the denture borders. Once the tissues are healthy, new dentures can be fabricated.
This document discusses tissue conditioners and soft denture liners. It defines tissue conditioners as temporary resilient materials placed inside a denture for a short period to allow healing of traumatized tissues. Soft denture liners provide long-term cushioning and are made of materials like silicone or soft acrylic. The document outlines the ideal properties, uses, and application process for tissue conditioners. It also discusses the requirements for resilient denture liners to be biologically compatible, resilient, dimensionally stable, and resistant to staining and abrasion.
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.for more details please visit
www.indiandentalacademy.com
Relining and rebasing in complete dentures / Labial orthodontics coursesIndian dental academy
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.
The document discusses relining and rebasing of complete dentures. It defines relining as resurfacing the tissue side of a denture with new material to improve fit, while rebasing replaces the entire denture base. Relining or rebasing may be needed when bone resorption causes poor denture fit. Direct relining involves adding new material chairside, while indirect relining uses impressions and lab processing. Common materials include soft liners for comfort and hard liners for stability. The procedures for both relining and rebasing aim to restore proper vertical dimension, occlusion, and support without altering the dental arch or teeth positions.
The document discusses relining and rebasing removable dentures. Relining involves adding material only to the denture-bearing surface to compensate for minor ridge changes, while rebasing replaces the entire denture base material. Common indications for these procedures include residual ridge resorption causing looseness or sore spots. Clinical techniques described include closed-mouth, open-mouth, and chairside methods. Laboratory techniques involve using an articulator, jig, or flask. Materials used include hard and soft denture liners. The document provides details on various techniques and materials used for relining and rebasing removable dentures.
Tissue conditioners and denture liners are used to improve the fit and comfort of removable dentures. They can be classified based on their curing method, composition, durability, consistency and other properties. Tissue conditioners are temporary soft liners that help condition traumatized tissue, while hard and soft denture liners provide a more permanent resilient layer. Relining or rebasing dentures helps maintain proper fit as ridges resorb over time. Selection of the appropriate liner depends on the clinical situation and needs of the patient.
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.
Tissue conditioners are temporary denture liners composed of polyethylmethacrylate and aromatic esters that form a gel when mixed. They have several uses: as adjuncts for tissue healing by protecting irritated tissues before denture fabrication; as temporary obturators over existing dentures; to stabilize denture bases and surgical splints; and to diagnose the effects of resilient denture liners. Tissue conditioners are applied by reducing the denture base, mixing the three components, and molding the material to the denture tissues. They require gentle cleaning to prevent tearing but only provide temporary relief due to loss of plasticizers over 4-8 weeks.
The document describes the Atraumatic Restorative Technique (ART), which is a minimally invasive dental procedure for managing tooth decay. ART involves removing decayed tooth material using hand instruments only, without anesthesia or drilling, and then restoring the cavity with adhesive materials like glass ionomer cement. The key principles of ART are preserving tooth structure, minimizing trauma, and using materials that bond chemically to tooth surfaces. ART has advantages like pain reduction, lower costs, and improved access for patients who cannot access traditional dental care. The document outlines the indications, contraindications, procedure steps, advantages, and limitations of the ART approach.
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
Atraumatic restorative treatment (art) for tooth
Atraumatic Restorative Treatment (ART), is based on removing decalcified tooth tissue using only hand instruments and restoring the cavity with an adhesive filling material.
A minimally invasive approach to both prevent dental carious lesions and stop its further progression
The document discusses dental impressions, which are negative imprints used to create positive models of teeth and soft tissues. Impressions are used for diagnosis, treatment planning, prosthodontics like dentures, orthodontics, restorative procedures like crowns and bridges. There are different types of impressions including preliminary and final impressions. Good impressions are important for accurate restorations and dental prosthetics. Ideal impression materials are non-toxic, elastic, easy to use and dimensionally stable. Common impression materials include hydrocolloids like alginate and irreversible hydrocolloid, and elastomers like polysulfide and silicones.
Biodentine is a new calcium silicate-based material introduced as a dentin substitute material. It has excellent properties such as high compressive strength, biocompatibility, bioactivity, and short setting time. Biodentine stimulates mineralization and formation of reactionary dentin. It has applications in pulp capping, pulpotomy, repair of root perforations, apexification, and as a dentin substitute. Studies have shown biodentine to perform equal or better than MTA in many clinical applications due to its improved properties and handling characteristics. Biodentine is a promising material that can replace other materials in various fields of dentistry due to its exceptional properties.
This document provides information about relining and rebasing dentures. It begins with definitions of relining and rebasing. Relining involves adding new base material to the existing denture base to refit the denture. Rebasing replaces all the base material of a denture while keeping the original teeth arrangement. Common indications for relining and rebasing include alveolar ridge resorption and loose or ill-fitting dentures. Materials, pretreatment procedures, techniques, and chairside methods are described for both relining and rebasing dentures.
This document discusses provisional restorations, including definitions, requirements, types, and techniques for fabrication. A provisional restoration is a temporary restoration used during dental treatment to enhance esthetics, stabilization, and function until being replaced by a definitive prosthesis. Requirements for provisional restorations include adequate fit, occlusion, contacts, esthetics, contours, and strength. Types of provisionals include custom temporaries made directly or indirectly, as well as prefabricated shells. Fabrication techniques covered are direct, indirect, templates, and shell methods.
Relining and rebasing dentures involves resurfacing or replacing the base material to reestablish correct tissue fit and occlusion. Relining refits the tissue side while rebasing replaces the entire base. It is done for issues like retention loss, changed occlusion, or tissue changes. Methods include direct chairside relining or indirect lab relining, with indirect offering more durability. Procedures prepare the tissues and denture, add soft or hard relining materials, and ensure proper fit on reinsertion.
Periodontal dressings are materials placed over wounds created by periodontal surgery. They protect the wound, help maintain close adaptation of tissue flaps, and provide patient comfort by preventing bleeding and excessive tissue growth. Effective dressings are soft but become rigid, have a smooth surface to prevent irritation, and preferably have antibacterial properties. Common types include zinc oxide eugenol packs and non-eugenol packs. Dressings are typically kept in place for one week following surgery.
This document discusses two minimally invasive caries treatment techniques: chemomechanical caries removal (CMCR) and atraumatic restorative treatment (ART). CMCR involves chemically softening carious dentin with a chemical agent like Carisolv gel before mechanically removing it with hand instruments. ART involves excavating cavitated carious lesions and restoring them with glass ionomer cement without the use of local anesthesia or a dental drill. Both techniques aim to conserve tooth structure and be less invasive for anxious patients or those in remote areas without access to traditional dental care.
This document summarizes a presentation about fabricating a functional palatal saliva reservoir for edentulous patients with dry mouth. It describes the purpose as providing a technique for a palatal saliva reservoir. The introduction discusses how dry mouth patients have poor prosthesis retention from lack of saliva. The technique is described as fabricating a resilient liner floor for the reservoir during denture processing. Advantages include swallowing controlling flow and low cost, while limitations include not for shallow palates and loss of liner resiliency over time.
This document provides an overview of periodontal dressings. It discusses the history and evolution of periodontal dressings from their introduction in 1918 using iodoform gauze. It describes the ideal properties of dressings and categorizes the main types of dressings as those containing zinc oxide and eugenol, zinc oxide without eugenol, and those containing neither. Specific examples of dressings are outlined within each category along with their compositions and uses. The roles of components like eugenol and properties like bactericidal activity are also summarized.
1. ART (Atraumatic Restorative Treatment) was developed in Tanzania in the mid-1980s as a minimal intervention and maximal prevention treatment approach. It involves removing decay using hand instruments and restoring with adhesive materials like glass ionomer cement.
2. The key principles of ART are preserving tooth structure by removing only decayed material, reducing infection, and avoiding discomfort by not using local anesthesia. It is indicated for small cavities involving dentin that can be accessed with hand instruments.
3. Preventive resin restoration is a technique to seal caries limited to enamel using acid etching and resin-based sealants. It comes in three types - Type A seals suspicious pits/fissures, Type
1. ART (Atraumatic Restorative Treatment) was developed in Tanzania in the mid-1980s as a minimal intervention and maximal prevention treatment approach. It involves removing decay using hand instruments and restoring with adhesive materials like glass ionomer cement.
2. The key principles of ART are preserving tooth structure by removing only decayed material, reducing infection, and avoiding discomfort by not using local anesthesia. It is indicated for small cavities involving dentin that can be accessed with hand instruments.
3. Preventive resin restoration is a technique to seal caries limited to enamel using acid etching and resin-based sealants. It comes in three types - Type A seals suspicious pits/fissures, Type
This document discusses relining and rebasing procedures for complete dentures. It defines relining as adding material to the denture base to improve fit, while rebasing involves replacing the entire denture base. Relining is indicated when dentures lose adaptation due to ridge resorption. Closed mouth techniques take impressions with the teeth in occlusion, while open mouth techniques record a new bite relationship. Impression materials and lab procedures are also outlined. The goal of relining is to prolong the useful life of dentures by improving fit as the ridges change.
1. Restorative and esthetic dentistry involves treating patients' general dental needs through procedures like fillings, replacing failed restorations, and addressing tooth discoloration or spacing issues.
2. Cavity preparation involves initially outlining and establishing resistance and retention forms, then removing any remaining decay or material and adding additional retention features.
3. Common types of dental fillings include Class I-V restorations to address decay in different areas of teeth. More complex procedures include using retention pins or intermediate restorations.
An interim removable partial denture (RPD) addresses patients’ concerns regarding esthetics and function and helps them adjust to the edentulous condition until a more definitive form of treatment can be rendered.
This document discusses soft tissue liners and tissue conditioners used in dentistry. It defines key terms like relining, rebasing and tissue conditioning. It describes the indications and contraindications for using liners. Various classification systems are covered based on curing method, composition, durability and consistency. The basic requirements, types and uses of hard liners, soft liners like silicone and acrylics, and tissue conditioners are summarized. Different laboratory techniques for relining like articulator, flask and jig methods are outlined. The conclusion states that soft liners have an important role but require improved strength and adhesion properties.
Industrial Tech SW: Category Renewal and CreationChristian Dahlen
Every industrial revolution has created a new set of categories and a new set of players.
Multiple new technologies have emerged, but Samsara and C3.ai are only two companies which have gone public so far.
Manufacturing startups constitute the largest pipeline share of unicorns and IPO candidates in the SF Bay Area, and software startups dominate in Germany.
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.
Tissue conditioners are temporary denture liners composed of polyethylmethacrylate and aromatic esters that form a gel when mixed. They have several uses: as adjuncts for tissue healing by protecting irritated tissues before denture fabrication; as temporary obturators over existing dentures; to stabilize denture bases and surgical splints; and to diagnose the effects of resilient denture liners. Tissue conditioners are applied by reducing the denture base, mixing the three components, and molding the material to the denture tissues. They require gentle cleaning to prevent tearing but only provide temporary relief due to loss of plasticizers over 4-8 weeks.
The document describes the Atraumatic Restorative Technique (ART), which is a minimally invasive dental procedure for managing tooth decay. ART involves removing decayed tooth material using hand instruments only, without anesthesia or drilling, and then restoring the cavity with adhesive materials like glass ionomer cement. The key principles of ART are preserving tooth structure, minimizing trauma, and using materials that bond chemically to tooth surfaces. ART has advantages like pain reduction, lower costs, and improved access for patients who cannot access traditional dental care. The document outlines the indications, contraindications, procedure steps, advantages, and limitations of the ART approach.
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
Atraumatic restorative treatment (art) for tooth
Atraumatic Restorative Treatment (ART), is based on removing decalcified tooth tissue using only hand instruments and restoring the cavity with an adhesive filling material.
A minimally invasive approach to both prevent dental carious lesions and stop its further progression
The document discusses dental impressions, which are negative imprints used to create positive models of teeth and soft tissues. Impressions are used for diagnosis, treatment planning, prosthodontics like dentures, orthodontics, restorative procedures like crowns and bridges. There are different types of impressions including preliminary and final impressions. Good impressions are important for accurate restorations and dental prosthetics. Ideal impression materials are non-toxic, elastic, easy to use and dimensionally stable. Common impression materials include hydrocolloids like alginate and irreversible hydrocolloid, and elastomers like polysulfide and silicones.
Biodentine is a new calcium silicate-based material introduced as a dentin substitute material. It has excellent properties such as high compressive strength, biocompatibility, bioactivity, and short setting time. Biodentine stimulates mineralization and formation of reactionary dentin. It has applications in pulp capping, pulpotomy, repair of root perforations, apexification, and as a dentin substitute. Studies have shown biodentine to perform equal or better than MTA in many clinical applications due to its improved properties and handling characteristics. Biodentine is a promising material that can replace other materials in various fields of dentistry due to its exceptional properties.
This document provides information about relining and rebasing dentures. It begins with definitions of relining and rebasing. Relining involves adding new base material to the existing denture base to refit the denture. Rebasing replaces all the base material of a denture while keeping the original teeth arrangement. Common indications for relining and rebasing include alveolar ridge resorption and loose or ill-fitting dentures. Materials, pretreatment procedures, techniques, and chairside methods are described for both relining and rebasing dentures.
This document discusses provisional restorations, including definitions, requirements, types, and techniques for fabrication. A provisional restoration is a temporary restoration used during dental treatment to enhance esthetics, stabilization, and function until being replaced by a definitive prosthesis. Requirements for provisional restorations include adequate fit, occlusion, contacts, esthetics, contours, and strength. Types of provisionals include custom temporaries made directly or indirectly, as well as prefabricated shells. Fabrication techniques covered are direct, indirect, templates, and shell methods.
Relining and rebasing dentures involves resurfacing or replacing the base material to reestablish correct tissue fit and occlusion. Relining refits the tissue side while rebasing replaces the entire base. It is done for issues like retention loss, changed occlusion, or tissue changes. Methods include direct chairside relining or indirect lab relining, with indirect offering more durability. Procedures prepare the tissues and denture, add soft or hard relining materials, and ensure proper fit on reinsertion.
Periodontal dressings are materials placed over wounds created by periodontal surgery. They protect the wound, help maintain close adaptation of tissue flaps, and provide patient comfort by preventing bleeding and excessive tissue growth. Effective dressings are soft but become rigid, have a smooth surface to prevent irritation, and preferably have antibacterial properties. Common types include zinc oxide eugenol packs and non-eugenol packs. Dressings are typically kept in place for one week following surgery.
This document discusses two minimally invasive caries treatment techniques: chemomechanical caries removal (CMCR) and atraumatic restorative treatment (ART). CMCR involves chemically softening carious dentin with a chemical agent like Carisolv gel before mechanically removing it with hand instruments. ART involves excavating cavitated carious lesions and restoring them with glass ionomer cement without the use of local anesthesia or a dental drill. Both techniques aim to conserve tooth structure and be less invasive for anxious patients or those in remote areas without access to traditional dental care.
This document summarizes a presentation about fabricating a functional palatal saliva reservoir for edentulous patients with dry mouth. It describes the purpose as providing a technique for a palatal saliva reservoir. The introduction discusses how dry mouth patients have poor prosthesis retention from lack of saliva. The technique is described as fabricating a resilient liner floor for the reservoir during denture processing. Advantages include swallowing controlling flow and low cost, while limitations include not for shallow palates and loss of liner resiliency over time.
This document provides an overview of periodontal dressings. It discusses the history and evolution of periodontal dressings from their introduction in 1918 using iodoform gauze. It describes the ideal properties of dressings and categorizes the main types of dressings as those containing zinc oxide and eugenol, zinc oxide without eugenol, and those containing neither. Specific examples of dressings are outlined within each category along with their compositions and uses. The roles of components like eugenol and properties like bactericidal activity are also summarized.
1. ART (Atraumatic Restorative Treatment) was developed in Tanzania in the mid-1980s as a minimal intervention and maximal prevention treatment approach. It involves removing decay using hand instruments and restoring with adhesive materials like glass ionomer cement.
2. The key principles of ART are preserving tooth structure by removing only decayed material, reducing infection, and avoiding discomfort by not using local anesthesia. It is indicated for small cavities involving dentin that can be accessed with hand instruments.
3. Preventive resin restoration is a technique to seal caries limited to enamel using acid etching and resin-based sealants. It comes in three types - Type A seals suspicious pits/fissures, Type
1. ART (Atraumatic Restorative Treatment) was developed in Tanzania in the mid-1980s as a minimal intervention and maximal prevention treatment approach. It involves removing decay using hand instruments and restoring with adhesive materials like glass ionomer cement.
2. The key principles of ART are preserving tooth structure by removing only decayed material, reducing infection, and avoiding discomfort by not using local anesthesia. It is indicated for small cavities involving dentin that can be accessed with hand instruments.
3. Preventive resin restoration is a technique to seal caries limited to enamel using acid etching and resin-based sealants. It comes in three types - Type A seals suspicious pits/fissures, Type
This document discusses relining and rebasing procedures for complete dentures. It defines relining as adding material to the denture base to improve fit, while rebasing involves replacing the entire denture base. Relining is indicated when dentures lose adaptation due to ridge resorption. Closed mouth techniques take impressions with the teeth in occlusion, while open mouth techniques record a new bite relationship. Impression materials and lab procedures are also outlined. The goal of relining is to prolong the useful life of dentures by improving fit as the ridges change.
1. Restorative and esthetic dentistry involves treating patients' general dental needs through procedures like fillings, replacing failed restorations, and addressing tooth discoloration or spacing issues.
2. Cavity preparation involves initially outlining and establishing resistance and retention forms, then removing any remaining decay or material and adding additional retention features.
3. Common types of dental fillings include Class I-V restorations to address decay in different areas of teeth. More complex procedures include using retention pins or intermediate restorations.
An interim removable partial denture (RPD) addresses patients’ concerns regarding esthetics and function and helps them adjust to the edentulous condition until a more definitive form of treatment can be rendered.
This document discusses soft tissue liners and tissue conditioners used in dentistry. It defines key terms like relining, rebasing and tissue conditioning. It describes the indications and contraindications for using liners. Various classification systems are covered based on curing method, composition, durability and consistency. The basic requirements, types and uses of hard liners, soft liners like silicone and acrylics, and tissue conditioners are summarized. Different laboratory techniques for relining like articulator, flask and jig methods are outlined. The conclusion states that soft liners have an important role but require improved strength and adhesion properties.
Similar to tissue conditioners 4th yr.ppthbhjjhsgjygdu (20)
Industrial Tech SW: Category Renewal and CreationChristian Dahlen
Every industrial revolution has created a new set of categories and a new set of players.
Multiple new technologies have emerged, but Samsara and C3.ai are only two companies which have gone public so far.
Manufacturing startups constitute the largest pipeline share of unicorns and IPO candidates in the SF Bay Area, and software startups dominate in Germany.
IMPACT Silver is a pure silver zinc producer with over $260 million in revenue since 2008 and a large 100% owned 210km Mexico land package - 2024 catalysts includes new 14% grade zinc Plomosas mine and 20,000m of fully funded exploration drilling.
Zodiac Signs and Food Preferences_ What Your Sign Says About Your Tastemy Pandit
Know what your zodiac sign says about your taste in food! Explore how the 12 zodiac signs influence your culinary preferences with insights from MyPandit. Dive into astrology and flavors!
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How are Lilac French Bulldogs Beauty Charming the World and Capturing Hearts....Lacey Max
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Anny Serafina Love - Letter of Recommendation by Kellen Harkins, MS.AnnySerafinaLove
This letter, written by Kellen Harkins, Course Director at Full Sail University, commends Anny Love's exemplary performance in the Video Sharing Platforms class. It highlights her dedication, willingness to challenge herself, and exceptional skills in production, editing, and marketing across various video platforms like YouTube, TikTok, and Instagram.
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tissue conditioners 4th yr.ppthbhjjhsgjygdu
1. Tissue Conditioners
Tissue conditioner : A Resilient liner resin placed
into a removable prosthesis for short duration to
allow time for tissue healing. (GPT 9)
They are temporary materials used to treat the
damaged mucosa.
It is available as powder and liquid form, powder
consists of polymethyl methacrylate and liquid
plasticizer is ester based in ethyl alcohol solution
2. Uses
Adjuncts in the tissue conditioning
Persistant denture sore mouth
Temporary obturaters
Stabilizers of surgical splints or
stents
Adjuntive in the impression making
procedure
Papillary hyperplasia
Inflamed oral mucosa
3. At the first clinical appt. the patients existing dentures are
evaluated for fit and occlusion. If they are found inadequate they
can be adapted with temporary denture liners and the occlusion is
reestablished using tooth colored cold cure acrylic.
Soft tissue conditioning is necessary to improve the health of the
soft tissues prior to fabrication of new dentures.
The procedure is repeated every 2-3 weeks until the soft tissues
appear healthy.
Soft tissue conditioner
Tissue Conditioning
4. Ideal properties
• Ease of processing
• Minimum dimentional changes
• Water absorption should be minimum
• Resilience
• Good bonding with PMMA
• Easily cleansability and maintainance
• Nontoxic, odourless, and tasteless
• Asthetically acceptable
6. Tissue Conditioning Procedure
Mix material to a smooth creamy
consistency taking care to avoid
incorporation of air bubbles into the mix.
Apply a smooth even layer of the
material to the surface of the denture.
Before inserting the denture, immerse it
into the water bath for a few seconds.
Follow the manufacturer’s mixing instructions
7. Tissue Conditioning Procedure
Have patient close into centric relation
Verify the Vertical Dimension of
Occlusion (VDO)
Check the midline
Wait 10-15 minutes, remove and
evaluate the new liner
Carefully trim the excess material
8. Gross occlusal discrepancies should be corrected at this appointment
Restore VDO in patients with collapsed occlusion.
In this patient this has been accomplished by applying tooth colored
acrylic resin to the occlusal surfaces and reestablishing centric
relation and VDO.
Occlusal Adjustment
9. Tissue Conditioning
Life span of the material:
2-4 weeks depending upon
oral hygiene and oral flora
instruct patient not to soak the
denture in polident or other
denture denture cleansers
Note
deterioration