This document discusses creating a green and responsible dental practice. It recommends minimizing waste and pollution from dental procedures by reducing mercury use, properly disposing of hazardous materials like x-ray fixer and lead, and using steam sterilization instead of chemicals. It also suggests saving energy and water through practices like using LED lights, fixing leaks, and digital records. A green dental practice should be wellness-focused and use high-tech innovations to provide eco-friendly care.
This document discusses green dentistry and how dental practices can reduce their environmental impact. It defines green dentistry as a high-tech approach that supports wellness while minimizing environmental harm. The document outlines how dentistry can pollute the environment and provides steps that dental practices can take to establish eco-friendly operations, such as using digital radiography instead of chemical-based methods, recycling amalgam waste, and implementing reduce, reuse, and recycle practices. The goal of green dentistry is to help prevent global warming and pollution from dental offices.
This document discusses making dentistry more environmentally friendly. It covers topics like the greenhouse effect, global warming, and how dentistry contributes to healthcare waste. It proposes a waste reduction plan following the 4R approach of reduce, reuse, recycle, rethink. Specific suggestions are given for recycling materials, reducing water and disposable item usage, and reusing items. Energy conservation methods like building design and equipment usage are covered. The American Dental Association's top ten suggestions for going green in dental offices are also summarized. The conclusion restates that small changes can benefit the environment and healthier planet.
Eco-friendly practices in dentistry. Meaning, importance, applications, limitations and remedies have been discussed related to Green Dentistry. It is a must read for all Dental Practitioners.
This document discusses root canal curvatures and methods for determining their degree. It begins with an introduction on the importance of understanding root canal anatomy for successful endodontic treatment. It then covers causes of canal curvatures, various classification systems, and techniques for assessing curvature using periapical radiographs, cone-beam computed tomography, and angular measurement methods. The relationship between curvature degree and ledge formation risk is also addressed, as are canal characteristics often invisible on routine radiographs. The document concludes by emphasizing the challenges of treating severely curved canals and the need for accurate preoperative assessment and proper instrumentation.
Veneers are a conservative treatment to improve the appearance of teeth. They involve bonding thin facings of tooth-colored material to the front of teeth. Veneers can be made of composite resin, porcelain, or other ceramic materials. They are either bonded directly during a single appointment or indirectly with impressions taken and veneers fabricated by a dental laboratory over two appointments. Veneers can repair damage, close gaps, change the shape or length of teeth, or improve discoloration while minimizing the removal of tooth structure. The choice of material and technique depends on the specific needs and preferences of the patient.
This document discusses factors to consider for case selection in endodontic treatment. Proper case selection is important to ensure successful treatment outcomes and avoid pitfalls. Key factors include those related to the tooth itself like root canal anatomy, restorability, and periodontal support. Patient health factors like medical history and physical status must also be evaluated. The clinician's skill and ability to handle different cases is another important consideration. Careful evaluation of all relevant factors helps determine if endodontic therapy is appropriate and predicts the difficulty level of the case.
The document discusses various methods for endodontic diagnosis including obtaining a thorough medical and dental history, examining subjective symptoms, performing clinical observations and tests, and interpreting radiographs. A key part of diagnosis involves determining the cause of pain or pathology through differential diagnosis and comparing current symptoms to other potential conditions. The diagnostic process aims to identify both diseased and healthy teeth through indirect evaluation of a patient's response to various stimuli and tests.
LASERS IN ENDODONTICS AND CONSERVATIVE DENTISTRYBlagoja Lazovski
Laser technology is used in dentistry for a variety of applications. Lasers can be used for soft tissue procedures, hard tissue procedures, detection of cavities, teeth whitening, and curing of dental materials. The erbium laser is particularly useful as it allows for ablation of hard dental tissues with minimal thermal damage. Lasers offer advantages over traditional dental tools like drills in being more precise and causing less pain for patients.
This document discusses green dentistry and how dental practices can reduce their environmental impact. It defines green dentistry as a high-tech approach that supports wellness while minimizing environmental harm. The document outlines how dentistry can pollute the environment and provides steps that dental practices can take to establish eco-friendly operations, such as using digital radiography instead of chemical-based methods, recycling amalgam waste, and implementing reduce, reuse, and recycle practices. The goal of green dentistry is to help prevent global warming and pollution from dental offices.
This document discusses making dentistry more environmentally friendly. It covers topics like the greenhouse effect, global warming, and how dentistry contributes to healthcare waste. It proposes a waste reduction plan following the 4R approach of reduce, reuse, recycle, rethink. Specific suggestions are given for recycling materials, reducing water and disposable item usage, and reusing items. Energy conservation methods like building design and equipment usage are covered. The American Dental Association's top ten suggestions for going green in dental offices are also summarized. The conclusion restates that small changes can benefit the environment and healthier planet.
Eco-friendly practices in dentistry. Meaning, importance, applications, limitations and remedies have been discussed related to Green Dentistry. It is a must read for all Dental Practitioners.
This document discusses root canal curvatures and methods for determining their degree. It begins with an introduction on the importance of understanding root canal anatomy for successful endodontic treatment. It then covers causes of canal curvatures, various classification systems, and techniques for assessing curvature using periapical radiographs, cone-beam computed tomography, and angular measurement methods. The relationship between curvature degree and ledge formation risk is also addressed, as are canal characteristics often invisible on routine radiographs. The document concludes by emphasizing the challenges of treating severely curved canals and the need for accurate preoperative assessment and proper instrumentation.
Veneers are a conservative treatment to improve the appearance of teeth. They involve bonding thin facings of tooth-colored material to the front of teeth. Veneers can be made of composite resin, porcelain, or other ceramic materials. They are either bonded directly during a single appointment or indirectly with impressions taken and veneers fabricated by a dental laboratory over two appointments. Veneers can repair damage, close gaps, change the shape or length of teeth, or improve discoloration while minimizing the removal of tooth structure. The choice of material and technique depends on the specific needs and preferences of the patient.
This document discusses factors to consider for case selection in endodontic treatment. Proper case selection is important to ensure successful treatment outcomes and avoid pitfalls. Key factors include those related to the tooth itself like root canal anatomy, restorability, and periodontal support. Patient health factors like medical history and physical status must also be evaluated. The clinician's skill and ability to handle different cases is another important consideration. Careful evaluation of all relevant factors helps determine if endodontic therapy is appropriate and predicts the difficulty level of the case.
The document discusses various methods for endodontic diagnosis including obtaining a thorough medical and dental history, examining subjective symptoms, performing clinical observations and tests, and interpreting radiographs. A key part of diagnosis involves determining the cause of pain or pathology through differential diagnosis and comparing current symptoms to other potential conditions. The diagnostic process aims to identify both diseased and healthy teeth through indirect evaluation of a patient's response to various stimuli and tests.
LASERS IN ENDODONTICS AND CONSERVATIVE DENTISTRYBlagoja Lazovski
Laser technology is used in dentistry for a variety of applications. Lasers can be used for soft tissue procedures, hard tissue procedures, detection of cavities, teeth whitening, and curing of dental materials. The erbium laser is particularly useful as it allows for ablation of hard dental tissues with minimal thermal damage. Lasers offer advantages over traditional dental tools like drills in being more precise and causing less pain for patients.
This lecture explain the basic of root canal preparation in endodontic treatment. It is not meant to be a comprehensive lecture, rather an preliminary one
Green dentistry aims to reduce environmental impact through practices like digital records, recycling materials, and using low-pollution products. However, many dentists are unaware of green dentistry and privately-owned practices lack funding to implement changes. While not all offices can immediately adopt green practices, the document argues that working towards sustainability through incremental steps is an achievable and important goal.
Digital impressions in prosthodontics are emerging as an alternative to traditional elastomeric impressions. Various digital impression systems like CEREC, E4D, iTero, and Lava COS use intraoral scanners with blue or red lasers to optically capture 3D images of the teeth and produce digital models. This eliminates the need for physical impressions and allows for viewing of the occlusion digitally. The digital files can be used to directly mill restorations chairside or be sent to a lab for fabrication. Benefits include accuracy, reduced errors and cross-contamination control compared to conventional impressions. However, the equipment has high costs and requires trained personnel. Overall, digital impressions are expected to become more common
This document discusses provisional restorations, including their definition, purpose, requirements, and fabrication methods. Provisional restorations are interim prostheses used for a limited time after tooth preparation until a permanent restoration can be placed. They protect the prepared tooth, maintain function and aesthetics, and allow the dentist to assess treatment. Ideal provisionals have biologic requirements like pulp protection and positional stability, mechanical requirements like strength and retention, and aesthetic requirements like color matching. They can be custom-made using various resin or metal materials or prefabricated. Direct, indirect, and combined fabrication techniques are described.
Vital pulp therapy aims to preserve healthy pulp tissue and includes procedures like indirect/direct pulp capping, pulpotomy, and apexification. The goal is to stimulate reparative dentin formation and maintain the tooth as a functional unit. Success depends on factors like the patient's age, pulp chamber size, bacterial contamination, and quality of the restoration. Indirect pulp capping involves stepwise caries removal and capping the remaining dentin layer, while direct capping places a material directly over an exposed pulp. Pulpotomy and apexification procedures are used to treat immature teeth and maintain root development.
This document discusses endodontic retreatment. It defines retreatment as removing root canal filling materials from a tooth to clean, shape, and re-obturate the canals. Reasons for retreatment include persistent or reinroduced intraradicular microorganisms, extraradicular infection, foreign body reaction, or true cysts. Evaluation involves clinical examination, radiographs, and assessing for symptoms like pain, swelling or sinus tracts. Success is defined as resolution of symptoms and periapical radiolucency, while failure is persistence or worsening of these signs.
This document discusses various types of root resorption including their causes, characteristics, diagnosis and treatment. It describes internal and external root resorption, further dividing external resorption into surface, inflammatory, replacement and invasive types. The key causes are trauma, pressure from impacted teeth or tumors, and systemic conditions. Diagnosis involves history, clinical exams, and radiographs to identify patterns of tooth structure loss. Treatment aims to arrest the resorptive process through root canal therapy or surgery depending on the type and severity.
The document discusses root canal irrigants and their importance in endodontic treatment. It provides a detailed history of irrigants used in endodontics from the early 20th century to present day. It describes the ideal properties and classifications of irrigants including chlorine-releasing agents, oxidizing agents, chelating agents, organic acids, and others. Sodium hypochlorite is discussed in depth, outlining its antimicrobial mechanisms of action, tissue dissolving properties, and recommended concentrations. The document emphasizes the critical role of irrigants to fully disinfect the complex root canal system.
This document discusses speeds used in operative dentistry. It defines speed as revolutions per minute and classifies speeds as low (<12,000 rpm), medium (12,000-200,000 rpm), or high (>200,000 rpm). Lower speeds provide better tactile sense but slower cutting, while higher speeds cut faster but with less tactile control and increased risk of overheating. Different handpieces and burrs are suited to low, medium, and high speeds. The appropriate speed depends on the procedure and balancing factors like cutting rate, torque, tactile feedback, and heat production.
This document discusses strategies for minimally invasive endodontics. It emphasizes preserving tooth structure to maximize strength and longevity. Smaller access openings and conservative root canal shaping are recommended to avoid weakening tooth structure. Thorough disinfection can still be achieved with smaller canal preparations when combined with improved irrigation methods. Restorations should maintain coronal and peri-cervical tooth structure to reinforce the tooth through the "ferrule effect." The goal of minimally invasive endodontics is effective treatment while minimizing structural damage to teeth.
Restoration of endodontically treated teethNivedha Tina
This document discusses various methods for restoring endodontically treated teeth. It covers the history of restoring pulpless teeth dating back to 1747. Key factors in selecting a restorative approach include the amount of residual root and crown structure remaining as well as the tooth's function and position. Methods discussed include direct composite restorations, indirect restorations, fiber posts, cast posts, and full crowns. The document also addresses the vulnerability of root filled teeth to fracture and emphasizes the importance of preserving tooth structure.
The document discusses various types of full coverage restorations for primary anterior teeth including stainless steel crowns with composite facings, composite strip crowns, polycarbonate crowns, New Millennium crowns, Kudos crowns, Pedo jacket crowns, and Artglass crowns. It describes the materials, advantages, disadvantages, and placement techniques for each type of crown. Stainless steel crowns with composite facings combine strength, durability and improved aesthetics but take longer to place. Composite strip crowns provide good aesthetics but are technique sensitive. Polycarbonate crowns and Kudos crowns are more durable alternatives that are easier to place than composite strip crowns.
This document discusses the use of lasers in endodontics. It begins with a brief history of lasers, describing their development from Einstein's work in the early 1900s to their first use in dentistry in the 1970s. It then covers laser physics and components, different types of lasers including wavelengths used in dentistry, and laser tissue interactions. The main body discusses several clinical applications of lasers in endodontics such as pulp testing, pulp capping, pulpotomy, root canal disinfection and shaping, and endosurgery. Lasers can provide benefits like reduced need for anesthesia, hemostasis, and less collateral damage compared to other tools. Training is required and no single laser can perform all
Flareups during root canal treatment can be caused by mechanical, chemical or microbial factors. They typically present as pain and swelling within hours or days after a procedure. Preventing flareups involves minimizing debris extrusion, completing treatment in one visit, using intracanal medications, maintaining asepsis and not leaving teeth open between appointments. Management includes incision and drainage if abscess is present, along with analgesics, antibiotics and potential occlusal reduction.
This document discusses resin bonded fixed partial dentures (RBFPDs). It defines RBFPDs as prostheses that are luted to tooth structure using composite resin. Various types are described, including cantilever, fixed-fixed, and hybrid bridges. Advantages include reduced cost and minimal tooth preparation. Indications are for replacing single missing teeth with caries-free abutments. A case example describes using an RBFPD to replace a missing mandibular incisor and splint mobile abutment teeth.
Tooth resorption can occur internally or externally and is classified based on location and etiology. Internal resorption is caused by damage to the pulp and occurs from within the tooth, appearing radiographically as a smooth, rounded radiolucency within the root canal. External resorption involves loss of cementum and dentin from outside the tooth, and appears as ragged radiolucencies on the root surface, often with accompanying bone loss. Management depends on severity and location of resorption and may include root canal therapy, surgery, or extraction.
This document discusses attachments used in prosthodontics. It begins with an introduction to attachments, defining them as mechanical devices used to retain and stabilize prostheses. The document then covers the history, classification, indications, disadvantages, and selection of attachments. It discusses both intracoronal and extracoronal attachments. In summary, the document provides an overview of attachments, their uses in prosthodontics, and factors to consider in selecting the appropriate attachment.
This document discusses eco-friendly infection control and practical applications for reducing environmental impact while maintaining safety standards. It begins by outlining the goals of understanding green concepts in dentistry, applying principles of infection control chain to sustainability, identifying solutions, and developing a green plan. The document then highlights the significant environmental impact of dentistry, particularly from mercury waste, photochemical waste, and disposable materials. It emphasizes that going green means finding the safest and most sustainable options. The document provides recommendations for green solutions such as capturing amalgam waste, using amalgam separators, shifting to digital radiography, and developing an overall waste compliance program. It stresses the importance of evaluating supplies and materials for their green factors while maintaining infection control.
This lecture explain the basic of root canal preparation in endodontic treatment. It is not meant to be a comprehensive lecture, rather an preliminary one
Green dentistry aims to reduce environmental impact through practices like digital records, recycling materials, and using low-pollution products. However, many dentists are unaware of green dentistry and privately-owned practices lack funding to implement changes. While not all offices can immediately adopt green practices, the document argues that working towards sustainability through incremental steps is an achievable and important goal.
Digital impressions in prosthodontics are emerging as an alternative to traditional elastomeric impressions. Various digital impression systems like CEREC, E4D, iTero, and Lava COS use intraoral scanners with blue or red lasers to optically capture 3D images of the teeth and produce digital models. This eliminates the need for physical impressions and allows for viewing of the occlusion digitally. The digital files can be used to directly mill restorations chairside or be sent to a lab for fabrication. Benefits include accuracy, reduced errors and cross-contamination control compared to conventional impressions. However, the equipment has high costs and requires trained personnel. Overall, digital impressions are expected to become more common
This document discusses provisional restorations, including their definition, purpose, requirements, and fabrication methods. Provisional restorations are interim prostheses used for a limited time after tooth preparation until a permanent restoration can be placed. They protect the prepared tooth, maintain function and aesthetics, and allow the dentist to assess treatment. Ideal provisionals have biologic requirements like pulp protection and positional stability, mechanical requirements like strength and retention, and aesthetic requirements like color matching. They can be custom-made using various resin or metal materials or prefabricated. Direct, indirect, and combined fabrication techniques are described.
Vital pulp therapy aims to preserve healthy pulp tissue and includes procedures like indirect/direct pulp capping, pulpotomy, and apexification. The goal is to stimulate reparative dentin formation and maintain the tooth as a functional unit. Success depends on factors like the patient's age, pulp chamber size, bacterial contamination, and quality of the restoration. Indirect pulp capping involves stepwise caries removal and capping the remaining dentin layer, while direct capping places a material directly over an exposed pulp. Pulpotomy and apexification procedures are used to treat immature teeth and maintain root development.
This document discusses endodontic retreatment. It defines retreatment as removing root canal filling materials from a tooth to clean, shape, and re-obturate the canals. Reasons for retreatment include persistent or reinroduced intraradicular microorganisms, extraradicular infection, foreign body reaction, or true cysts. Evaluation involves clinical examination, radiographs, and assessing for symptoms like pain, swelling or sinus tracts. Success is defined as resolution of symptoms and periapical radiolucency, while failure is persistence or worsening of these signs.
This document discusses various types of root resorption including their causes, characteristics, diagnosis and treatment. It describes internal and external root resorption, further dividing external resorption into surface, inflammatory, replacement and invasive types. The key causes are trauma, pressure from impacted teeth or tumors, and systemic conditions. Diagnosis involves history, clinical exams, and radiographs to identify patterns of tooth structure loss. Treatment aims to arrest the resorptive process through root canal therapy or surgery depending on the type and severity.
The document discusses root canal irrigants and their importance in endodontic treatment. It provides a detailed history of irrigants used in endodontics from the early 20th century to present day. It describes the ideal properties and classifications of irrigants including chlorine-releasing agents, oxidizing agents, chelating agents, organic acids, and others. Sodium hypochlorite is discussed in depth, outlining its antimicrobial mechanisms of action, tissue dissolving properties, and recommended concentrations. The document emphasizes the critical role of irrigants to fully disinfect the complex root canal system.
This document discusses speeds used in operative dentistry. It defines speed as revolutions per minute and classifies speeds as low (<12,000 rpm), medium (12,000-200,000 rpm), or high (>200,000 rpm). Lower speeds provide better tactile sense but slower cutting, while higher speeds cut faster but with less tactile control and increased risk of overheating. Different handpieces and burrs are suited to low, medium, and high speeds. The appropriate speed depends on the procedure and balancing factors like cutting rate, torque, tactile feedback, and heat production.
This document discusses strategies for minimally invasive endodontics. It emphasizes preserving tooth structure to maximize strength and longevity. Smaller access openings and conservative root canal shaping are recommended to avoid weakening tooth structure. Thorough disinfection can still be achieved with smaller canal preparations when combined with improved irrigation methods. Restorations should maintain coronal and peri-cervical tooth structure to reinforce the tooth through the "ferrule effect." The goal of minimally invasive endodontics is effective treatment while minimizing structural damage to teeth.
Restoration of endodontically treated teethNivedha Tina
This document discusses various methods for restoring endodontically treated teeth. It covers the history of restoring pulpless teeth dating back to 1747. Key factors in selecting a restorative approach include the amount of residual root and crown structure remaining as well as the tooth's function and position. Methods discussed include direct composite restorations, indirect restorations, fiber posts, cast posts, and full crowns. The document also addresses the vulnerability of root filled teeth to fracture and emphasizes the importance of preserving tooth structure.
The document discusses various types of full coverage restorations for primary anterior teeth including stainless steel crowns with composite facings, composite strip crowns, polycarbonate crowns, New Millennium crowns, Kudos crowns, Pedo jacket crowns, and Artglass crowns. It describes the materials, advantages, disadvantages, and placement techniques for each type of crown. Stainless steel crowns with composite facings combine strength, durability and improved aesthetics but take longer to place. Composite strip crowns provide good aesthetics but are technique sensitive. Polycarbonate crowns and Kudos crowns are more durable alternatives that are easier to place than composite strip crowns.
This document discusses the use of lasers in endodontics. It begins with a brief history of lasers, describing their development from Einstein's work in the early 1900s to their first use in dentistry in the 1970s. It then covers laser physics and components, different types of lasers including wavelengths used in dentistry, and laser tissue interactions. The main body discusses several clinical applications of lasers in endodontics such as pulp testing, pulp capping, pulpotomy, root canal disinfection and shaping, and endosurgery. Lasers can provide benefits like reduced need for anesthesia, hemostasis, and less collateral damage compared to other tools. Training is required and no single laser can perform all
Flareups during root canal treatment can be caused by mechanical, chemical or microbial factors. They typically present as pain and swelling within hours or days after a procedure. Preventing flareups involves minimizing debris extrusion, completing treatment in one visit, using intracanal medications, maintaining asepsis and not leaving teeth open between appointments. Management includes incision and drainage if abscess is present, along with analgesics, antibiotics and potential occlusal reduction.
This document discusses resin bonded fixed partial dentures (RBFPDs). It defines RBFPDs as prostheses that are luted to tooth structure using composite resin. Various types are described, including cantilever, fixed-fixed, and hybrid bridges. Advantages include reduced cost and minimal tooth preparation. Indications are for replacing single missing teeth with caries-free abutments. A case example describes using an RBFPD to replace a missing mandibular incisor and splint mobile abutment teeth.
Tooth resorption can occur internally or externally and is classified based on location and etiology. Internal resorption is caused by damage to the pulp and occurs from within the tooth, appearing radiographically as a smooth, rounded radiolucency within the root canal. External resorption involves loss of cementum and dentin from outside the tooth, and appears as ragged radiolucencies on the root surface, often with accompanying bone loss. Management depends on severity and location of resorption and may include root canal therapy, surgery, or extraction.
This document discusses attachments used in prosthodontics. It begins with an introduction to attachments, defining them as mechanical devices used to retain and stabilize prostheses. The document then covers the history, classification, indications, disadvantages, and selection of attachments. It discusses both intracoronal and extracoronal attachments. In summary, the document provides an overview of attachments, their uses in prosthodontics, and factors to consider in selecting the appropriate attachment.
This document discusses eco-friendly infection control and practical applications for reducing environmental impact while maintaining safety standards. It begins by outlining the goals of understanding green concepts in dentistry, applying principles of infection control chain to sustainability, identifying solutions, and developing a green plan. The document then highlights the significant environmental impact of dentistry, particularly from mercury waste, photochemical waste, and disposable materials. It emphasizes that going green means finding the safest and most sustainable options. The document provides recommendations for green solutions such as capturing amalgam waste, using amalgam separators, shifting to digital radiography, and developing an overall waste compliance program. It stresses the importance of evaluating supplies and materials for their green factors while maintaining infection control.
Eco-friendly products are products that do not harm the environment during production, use, or disposal. They are biodegradable, recyclable, or made from recycled materials. Such products help conserve resources and reduce pollution. However, eco-friendly products can be more expensive due to investment required for research and development of new technologies. They may also have limited availability. Some key certifications for eco-friendly products include Energy Star, Forest Stewardship Council, Green Seal, and USDA Organic. Popular eco-friendly products include bamboo toothbrushes, beeswax wraps, rechargeable batteries, pens made from recycled water bottles, compostable plates, electric vehicles, and cloth napkins. Cho
Sustainable Smiles: Eco-Friendly Practices in Our Dental Labdentcare1
The journey to sustainable smiles begins with mindful material choices. Explore the science of eco-friendly dental materials, including biocompatible and recyclable options that minimize environmental impact while ensuring high-quality restorations.
This document provides an introduction to green products, including their definition, characteristics, advantages, and certification. A green product is designed to minimize environmental impacts throughout its lifecycle. Key points include:
- Green products are manufactured using non-toxic ingredients and sustainable procedures, and aim to reduce waste and maximize resource efficiency.
- Advantages include access to new markets, competitive advantage, positive brand image, and brand loyalty. Green products can also be cost-effective, low maintenance, and improve health for customers, society, and the environment.
- Challenges include higher costs and lack of consumer awareness. Certification programs like Energy Star, Forest Stewardship Council, and USDA Organic verify and label
The document discusses various aspects of sustainability as they relate to hotels and resorts. It provides examples of sustainable practices across operations, including waste reduction, water and energy conservation, green cleaning products, sustainable food and materials sourcing, and more. The goal is for hotels to minimize their environmental impact and create a positive experience for guests and employees through sustainable operations.
The document discusses various aspects of sustainability as they relate to hotels and resorts. It provides examples of sustainable practices across operations, including waste reduction, water and energy conservation, green cleaning products, sustainable food and materials sourcing, and staff training. The goal is for hotels to minimize their environmental impact and create a holistic sustainability program through initiatives in these and other areas of operations.
Cleaner production concepts for chemical processing of siAdane Nega
The document discusses cleaner production concepts for chemical processing of silk. It defines cleaner production as a preventative approach to environmental management that applies preventative measures for environmentally friendly production to increase process efficiency and reduce risks. Some key applications discussed are conserving raw materials, water and energy and reducing toxicity of emissions and wastewater. The benefits outlined are reduction in raw material and energy consumption, less waste generation, lower treatment costs, and improved efficiency and product quality. Pollution prevention through source reduction rather than treatment is positioned as the best strategy. Various pollution prevention techniques for the silk processing industry are also highlighted.
Haldor Topsoe A/S - Making optimal performance possibleHaldor Topsoe A/S
Haldor Topsoe is a world leader in catalysis and surface science. We are committed to helping our customers achieve optimal performance. We enable our customers to get the most out of their processes and products, using the least possible energy and resources, in the most responsible way. This focus on our customers’ performance, backed by our reputation for reliability, makes sure we add the most value to our customers and the world.
The document discusses the services provided by the EOEA Office of Technical Assistance, which helps organizations green their operations, products, services, purchases, design and management. Specifically, it provides confidential assistance with toxics use reduction, water conservation, energy efficiency, renewable energy, reducing waste and complying with environmental regulations to help reduce costs and liabilities for organizations. It emphasizes that the OTA's services are voluntary, confidential and non-enforcement based.
This document discusses various topics related to the environment including plastic pollution, its sources and impacts. It notes that plastic pollution comes from inadequate waste disposal and management, construction dumping, and other sources. The impacts include releasing harmful chemicals into soil, water and air which affects plants, animals and human health. The document also discusses waste management, pollution control, global warming and its causes. It provides tips for reducing plastic use, properly disposing of waste, and going green through various everyday habits.
In the bustling realm of property services, the spotlight is increasingly turning towards sustainability. With the world becoming ever more ecologically conscious, businesses are under pressure to adopt practices that are not just effective but also environmentally friendly. One key player in this arena is the industrial steam cleaner, hailed by many as a revolutionary tool in the cleaning industry. But the looming question remains: Are industrial steam cleaners eco-friendly?
This document summarizes a student research project on applying lean and green operations principles to local restaurants in NEPA. It introduces the group members and advisor for the project. It then provides summaries of what it means to be lean, focusing on eliminating waste, and what it means to be green. Specific lean and green practices that could benefit restaurants are discussed, like reducing overproduction, waiting times, and inventory. The restaurant industry overview provides statistics on its size and importance to the economy. Limitations to implementing changes are noted, like different restaurant sizes and types and targeting specific NEPA businesses.
This document summarizes a group presentation on sustainability and green business practices. It includes an outline of topics to be covered such as sustainability, green hotels, and case studies. Learning outcomes are defined as understanding green business, identifying reasons to adopt green practices, and appreciating their benefits. Green practices for hotels that were highlighted include energy and water conservation, recycling, and using environmentally-friendly products. The tourism industry and green hotels specifically were used as a case study. Benefits and costs of going green for businesses were also discussed. Recommendations focused on implementing strategies to become a more sustainable green business.
A green hospital utilizes sustainable practices to enhance patient well-being while efficiently conserving natural resources. It focuses on green design, construction, and operations like using renewable energy, recycling waste, and promoting natural lighting and indoor air quality. Studies show green hospitals experience lower costs through energy and water savings while providing health benefits like faster recovery times for patients.
AmSan Promoting a Cleaner & Healthier Work Environment with Green Products an...Steve Kolesar
By utilizing environmentally preferred products and formulas, you can reduce risk,
improve indoor air quality, conserve resources, and reduce the negative effects placed
upon the environment.
Cleaning and maintaining your
facility with environmentally
preferred products minimizes
VOC emissions and controls
allergens from dyes and
fragrances, resulting in indoor
environments that are cleaner,
safer, more pleasant, and
healthier for your workers,
tenants, and visitors.
A green cleaning program shows
your concern for your employees,
your building occupants, the visitors
and community, for improving
indoor air quality and eliminating
sick building syndrome, and your
concern in minimizing exposure to
aggressive chemicals.
This document provides information on Degrémont Industry Services' Ecoflow service for treating industrial effluent. Ecoflow is an offsite treatment service that can treat effluent without requiring capital investment from the client. It offers fast deployment, continuous service, improved plant performance by removing hard to treat effluent, easy transport of effluent, and guarantees compliance with discharge requirements. The service involves analyzing effluent samples, transporting effluent as needed, and treating it at Ecoflow treatment platforms.
In today's business world, cleanliness is crucial for success. Commercial cleaning services play a vital role in maintaining a clean, safe, and professional work environment. Let's explore the benefits of these services and how they can elevate your workspace.
Importance of Cleanliness
A clean workspace improves employee health, boosts morale, and enhances productivity. Commercial cleaning services ensure a hygienic environment that promotes well-being and professionalism.
Benefits of Professional Cleaning
Professional cleaners offer tailored solutions, saving time and resources while delivering exceptional results. Their expertise, eco-friendly products, and adherence to industry standards guarantee a spotless workspace.
Health and Safety Assurance
In today's climate, maintaining health and safety is paramount. Commercial cleaners implement rigorous protocols to prevent the spread of illness, ensuring a safe environment for employees and visitors.
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"Spartan Cleaning transformed our office. Their attention to detail and dedication exceeded our expectations." - Emily, Office Manager
Conclusion:
Investing in commercial cleaning services is essential for businesses looking to maintain a clean, healthy, and professional workspace. With their expertise and commitment to excellence, professional cleaners elevate workspaces to new heights, fostering a positive and productive atmosphere for all.
https://spiffyclean.com.au/commercial-cleaning-services-melbourne/
The document discusses various ways that hair salons are becoming more environmentally friendly and energy efficient. It profiles two salons that underwent major eco-friendly renovations, installing solar panels, LED lighting, and finding ways to recycle and reduce waste. Implementing these changes has increased both salons' profiles through awards and attracted more customers, helping their businesses' profits. Smaller changes are also recommended that salons can adopt more easily, like using renewable energy, energy-efficient bulbs and appliances, and recycling. Products and equipment brands are also developing more sustainable options to meet growing consumer demand.
Safe and sustainable development for IndustryG Rajan Kumar
This presentation about Sustainable manufacturing. It can help make every company more competitive. Let’s discuss sustainability in manufacturing in more detail.
Cell Therapy Expansion and Challenges in Autoimmune DiseaseHealth Advances
There is increasing confidence that cell therapies will soon play a role in the treatment of autoimmune disorders, but the extent of this impact remains to be seen. Early readouts on autologous CAR-Ts in lupus are encouraging, but manufacturing and cost limitations are likely to restrict access to highly refractory patients. Allogeneic CAR-Ts have the potential to broaden access to earlier lines of treatment due to their inherent cost benefits, however they will need to demonstrate comparable or improved efficacy to established modalities.
In addition to infrastructure and capacity constraints, CAR-Ts face a very different risk-benefit dynamic in autoimmune compared to oncology, highlighting the need for tolerable therapies with low adverse event risk. CAR-NK and Treg-based therapies are also being developed in certain autoimmune disorders and may demonstrate favorable safety profiles. Several novel non-cell therapies such as bispecific antibodies, nanobodies, and RNAi drugs, may also offer future alternative competitive solutions with variable value propositions.
Widespread adoption of cell therapies will not only require strong efficacy and safety data, but also adapted pricing and access strategies. At oncology-based price points, CAR-Ts are unlikely to achieve broad market access in autoimmune disorders, with eligible patient populations that are potentially orders of magnitude greater than the number of currently addressable cancer patients. Developers have made strides towards reducing cell therapy COGS while improving manufacturing efficiency, but payors will inevitably restrict access until more sustainable pricing is achieved.
Despite these headwinds, industry leaders and investors remain confident that cell therapies are poised to address significant unmet need in patients suffering from autoimmune disorders. However, the extent of this impact on the treatment landscape remains to be seen, as the industry rapidly approaches an inflection point.
Local Advanced Lung Cancer: Artificial Intelligence, Synergetics, Complex Sys...Oleg Kshivets
Overall life span (LS) was 1671.7±1721.6 days and cumulative 5YS reached 62.4%, 10 years – 50.4%, 20 years – 44.6%. 94 LCP lived more than 5 years without cancer (LS=2958.6±1723.6 days), 22 – more than 10 years (LS=5571±1841.8 days). 67 LCP died because of LC (LS=471.9±344 days). AT significantly improved 5YS (68% vs. 53.7%) (P=0.028 by log-rank test). Cox modeling displayed that 5YS of LCP significantly depended on: N0-N12, T3-4, blood cell circuit, cell ratio factors (ratio between cancer cells-CC and blood cells subpopulations), LC cell dynamics, recalcification time, heparin tolerance, prothrombin index, protein, AT, procedure type (P=0.000-0.031). Neural networks, genetic algorithm selection and bootstrap simulation revealed relationships between 5YS and N0-12 (rank=1), thrombocytes/CC (rank=2), segmented neutrophils/CC (3), eosinophils/CC (4), erythrocytes/CC (5), healthy cells/CC (6), lymphocytes/CC (7), stick neutrophils/CC (8), leucocytes/CC (9), monocytes/CC (10). Correct prediction of 5YS was 100% by neural networks computing (error=0.000; area under ROC curve=1.0).
Osteoporosis - Definition , Evaluation and Management .pdfJim Jacob Roy
Osteoporosis is an increasing cause of morbidity among the elderly.
In this document , a brief outline of osteoporosis is given , including the risk factors of osteoporosis fractures , the indications for testing bone mineral density and the management of osteoporosis
Promoting Wellbeing - Applied Social Psychology - Psychology SuperNotesPsychoTech Services
A proprietary approach developed by bringing together the best of learning theories from Psychology, design principles from the world of visualization, and pedagogical methods from over a decade of training experience, that enables you to: Learn better, faster!
Muktapishti is a traditional Ayurvedic preparation made from Shoditha Mukta (Purified Pearl), is believed to help regulate thyroid function and reduce symptoms of hyperthyroidism due to its cooling and balancing properties. Clinical evidence on its efficacy remains limited, necessitating further research to validate its therapeutic benefits.
These lecture slides, by Dr Sidra Arshad, offer a quick overview of the physiological basis of a normal electrocardiogram.
Learning objectives:
1. Define an electrocardiogram (ECG) and electrocardiography
2. Describe how dipoles generated by the heart produce the waveforms of the ECG
3. Describe the components of a normal electrocardiogram of a typical bipolar lead (limb II)
4. Differentiate between intervals and segments
5. Enlist some common indications for obtaining an ECG
6. Describe the flow of current around the heart during the cardiac cycle
7. Discuss the placement and polarity of the leads of electrocardiograph
8. Describe the normal electrocardiograms recorded from the limb leads and explain the physiological basis of the different records that are obtained
9. Define mean electrical vector (axis) of the heart and give the normal range
10. Define the mean QRS vector
11. Describe the axes of leads (hexagonal reference system)
12. Comprehend the vectorial analysis of the normal ECG
13. Determine the mean electrical axis of the ventricular QRS and appreciate the mean axis deviation
14. Explain the concepts of current of injury, J point, and their significance
Study Resources:
1. Chapter 11, Guyton and Hall Textbook of Medical Physiology, 14th edition
2. Chapter 9, Human Physiology - From Cells to Systems, Lauralee Sherwood, 9th edition
3. Chapter 29, Ganong’s Review of Medical Physiology, 26th edition
4. Electrocardiogram, StatPearls - https://www.ncbi.nlm.nih.gov/books/NBK549803/
5. ECG in Medical Practice by ABM Abdullah, 4th edition
6. Chapter 3, Cardiology Explained, https://www.ncbi.nlm.nih.gov/books/NBK2214/
7. ECG Basics, http://www.nataliescasebook.com/tag/e-c-g-basics
2. Prof. Dr. NEERAJ TANEJA
MDS, MBA, PGDFS
Professor & Head,
Dept. of Oral Medicine & Radiology
Rayat Bahra Dental College, Mohali (Pb)
Consultant, abc dentistry, Dera Bassi, Mohali
3. • Profession dedicated to
promoting & enhancing oral
health and well-being of the
patients
Dentistry
• causes a
To
achieve
this GOAL
Introduction
4. All plastics — and all the
other stuff that’s thrown
away in a dental office
— creates a lot of waste
Other pollutants include
Dental lights, electricity
consumption, paints,
air-compressors etc.
5. All this contributes to the
larger carbon footprint
of the area we work in
Dental industry is the
SINGLE LARGEST
contributor of mercury to
the water supplies
Studies shows that
dentists cause
400 times
more hazards to the
environment than the
other professions
6. Our resources are
very precious
GREEN
DENTISTRY
which is simply a
natural extension
of other
eco-friendly
efforts
7. Aim
To raise widespread awareness of
environmental alternatives in the dental
community
To stimulate action based on the
recommendations made
8. The Eco-Dentistry Association
defines GREEN DENTISTRY as practice that:
Reduces waste and pollution;
Saves energy, water and money;
Incorporates high-tech innovations;
Is wellness based
9. To facilitate the
adoption of positive
changes to minimize
dentistry’s
environmental impact
To promote a leading
role for dentistry in
environmental
stewardship
The Concept
10. • Amalgam Waste
• Used X-ray Fixer
• X-ray developer
• Lead foils & lead sheets
• Cleaners for x-ray developer systems
• Disinfectants
• Chemical waste
• Other – Blood, sharps & office wastes
Waste & Pollution
12. Waste
water
If flush down,
goes to main
stream water
system where it
cannot be
removed by local
wastewater
treatment
Inceration
Hg - Volatilize &
enter the
atmosphere
Then precipitates
to the ground or
waterbody
Autoclave
the volatilized
mercury will
escape from the
autoclave
when the door is
opened, presenting
Immediate health
hazard to dental
office staff
Garbage
it may eventually
be incinerated or
placed in a landfill.
If discarded
amalgam scrap
ends up in a
landfill,
it may lead to soil
and/or water
contamination
Accidental spills of mercury - If poured into the drain, it may settle
in sink traps, gradually releasing into the wastewater over time
13. • ADA - Stored under a small amount of
photographic fixer in a closed container labeled
Scrap Amalgam
• Use amalgam substitutes
• Convert to single use amalgam capsule
• In case of mercury spill – Use nitrile gloves &
clean up immediately
Reduce Mercury Contamination
14. UsedFixer
Hazardous waste
High Silver
content
Easily
Recyclable Silverrecoveryunit
If you comply
with hazardous
waste recycling
requirement
Sell/Outsource
Company that
operates silver
recovery unit
Reclaimer will
pay
Make sure you
get receipt / cert.
Reduces
business liability
Used X-ray fixer
15. X-ray Developer
DO NOT MIX
x-ray developer &
used X-ray fixer
silver-laden
USED X-RAY FIXER
is considered
hazardous waste &
can not be flushed
down the drain
Waste developer can
typically be sewered
if not mixed with
fixer
Flush the drain
thoroughly as you
discharge developer
down the drain
16. Lead Foils, Sheets & Aprons
Lead foil that shields X-ray film or protective
lead shields should not be disposed of in the
garbage
Lead is hazardous waste unless they are
recycled for their scrap metal content
Companies which recycle amalgam or fixer may
also accept lead waste
18. Disinfectants
Follow directions
- Proper handling
- Disposal of used
disinfectants &
cleaners +residue
remaining in the
product container
Recycle empty
container
- Local program
- Dispose of it
in the trash
Adopt
ECO-
FRIENDLY
CLEANING
19. Chemiclave Waste
• Liquid left over from the chemical
sterilization of dental instruments
Spent
Chemiclave
• Used solution is an ignitable waste
because it contains more than 24%
alcohol & has a flashpoint below 140ºF
Why…?
• Dilute - At least 4 parts of water to
one part chemiclave solution before
discharging down the drain
Discard
Do not wash the chemiclave solution down
the drain undiluted, or put in the garbage
20. Small amount
Blood that will not drip out of the materials can be placed in the garbage
Swabs or dressings
that are bloody and dripping need to be treated as infectious medical waste
Blood
Flowable quantities of blood may be
sewered
Bulk amounts of blood should not be
disposed of into a septic system
Other Wastes
21. Sharps
Needles,
scalpels,
reamers,
broaches &
other sharp
objects
Not be placed in
the garbage even
if they are
sterilized
Rigid, Puncture-
resistant &
labelled container
Disposal should
be through a
licensed
Infectious waste
transporter
Visible emblem or
with the visible
words
“Biohazard”
Sharps or
Infectious waste
23. Save Energy, Water & Money
Conservation
• Critical piece
of dentistry’s
green future
Mantra of Green
Dentistry
• Extends the
life of our
precious
resources
Dental offices
• Use a lot of
electricity -
compressors,
drills, lights,
operatory
lights &
computers
24. Most energy-
saving
modalities,
Don’t require
to purchase
anything
Stop wasting
the energy for
which you pay
but don’t use
Turn off all
items every
time the office
is closed
Make sure
your
electronic
equipment is
turned off
every night at
the power
strip
Reduces
“Phantom
Load" up to
10% of the
typical energy
bill
25. Operatory Lights
- Reduce energy consumption by
70 percent
- Eliminating the need for
expensive halogen bulbs
Overhead Lights
- More Life
- More lumen (brightness)
- Less consumption
- Saves money in the long run
Computer Screens
Average Consumption
CRT - Cathode ray tube – 76 w
LCD - Liquid crystal display – 20 w
LED – Light emitting diode – only 3w
Advertisement Boards
- Saves lots of electrical energy
as well as money
LED
27. Water purification plants & waste water
treatment plants - Consumes lot of
energy, & creates much wastes
Steam based sterilization
Uses less water & No chemicals
SAVES MONEY
Use WATERLESS VACCUM SYSTEMS
which saves about 360 gallons of water
per day
STOP WATER LEAKAGES
(Saves 60 ltrs water every week)
28. Other Strategies - RETHINK
Reduce the
use of
disposables &
Switch to
REUSABLES
Cloth
patient
bibs
Reusable
cups
Cloth
head rest
covers
Reusable
metal
suction
tips
Cloth
operatory
29. Incorporates – HIGH TECH innovations
DIGITAL
• Imaging
• Patient Records
• Patient charting
scheduling & billing
• Patient communications
• CAD-CAM
• Website
EQUIPMENTS
• Oil Free Compressors
• Steam Sterilizers
• Diode lasers
• Go for LEDs
• In office Sharps disposal
1:1 correlation - High-tech & Eco-friendly dentistry
30. Wellness Based Dentistry
Move from a
disease-
based model
to a
wellness-
based
Change role as
a health
educator,
co-therapist &
coach
Prevention,
early detection
& less-invasive
Incorporate
aromatherapy
Hand sanitizer,
lotions & soaps
that incorporate
essential oils
(calming &
relaxing)
Prepare the
patient for a
healing
experience on
the dental chair
31. Wellness Based Dentistry
Move from a
disease-
based model
to a
wellness-
based
Hand or foot
massage to
relax patients
Homeopathic
modalities like
Arnica –
reduces
swelling
Live, green
plants in the
operatory,
increasing
oxygenation
Oral cancer
diagnostics
HEPA UV
germicidal -
Operatory air
purifiers
32. • Must start
in Dental
Schools
• It is our
duty now
• Save
Energy,
Water &
Money
• Adhere to
formulated
principles
Create a
mission
statement &
GREEN
TEAM
Re-think your
daily habits
Learning
about GREEN
DENTISTRY
Green
Dentistry is
no more a
choice that
we have
Conclusion
Whether dentistry is ready or not, the green movement is
catching on and it’s moving fast
33.
34. ELEMENTS of ECO FRIENDLY DENTISTRY
Building & office
construction
Careful planning and construction of a green building in
accordance with benchmarks for constructing green
buildings
Utilizing green interior design finishes, and textiles, including
interior elements that are free of persistent bioaccumulative
toxins and VOCs and that are made from post-industrial or
post-consumer waste or come from sustainable resources.
36. Patient Practices
Practice metal free dentistry (No Amalgam)
Use of non-toxic, green cleaning and sterilization
products and supplies
Use of dry heat or steam sterilization versus chemical
sterilization
Use of lead free patient X-ray aprons shielding
• BPA BisphenolA-free composite resins and oral
appliances
37. Technology
Digital Imaging
(x-rays)
Steam Sterilization
CAD/CAM Systems
(In office laboratory
restorations)
For Patients
Instant image availability;
improved image quality;
enhanced diagnostic
efficacy; minimal radiation
exposure
Time efficient and reliable;
eliminates toxic chemical
sterilization vapors in the
dental office environment
eliminates toxic chemical
sterilization vapors in the
dental office environment
For the
Environment
Eliminates toxic x-ray fixer
solutions and lead foils
Eliminates hazardous
waste; allows for re-usable
sterilization warps
Reduces greenhouse
gasses produced from
patient and staff travel for
multiple appointments, and
the shipping of impressions
and final restorations,
sometimes as far as
overseas
38. More High-Tech,
Eco-Friendly, Wellness-Based
Dental Technologies:
Oral Detoxification with Laser Hygiene Technologies
Salivary Diagnostics for Periodontal Disease
LED - Operatory Lighting
Digital Oral Cancer Screening
Digital ImpOral Detoxification with Laser Hygiene
ressions
Digital Patient Charting
On-site Biomedical Waste Disposal Systems