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Auswahl der wissenschaftlichen Literatur zum Thema „Dental office environment“
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Zeitschriftenartikel zum Thema "Dental office environment"
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Schwei, Kelsey, Ryan Cooper, Andrea Mahnke, Zhan Ye und Amit Acharya. „Exploring Dental Providers’ Workflow in an Electronic Dental Record Environment“. Applied Clinical Informatics 07, Nr. 02 (April 2016): 516–33. http://dx.doi.org/10.4338/aci-2015-11-ra-0150.
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SummaryA workflow is defined as a predefined set of work steps and partial ordering of these steps in any environment to achieve the expected outcome. Few studies have investigated the workflow of providers in a dental office. It is important to understand the interaction of dental providers with the existing technologies at point of care to assess breakdown in the workflow which could contribute to better technology designs.The study objective was to assess electronic dental record (EDR) workflows using time and motion methodology in order to identify breakdowns and opportunities for process improvement.A time and motion methodology was used to study the human-computer interaction and workflow of dental providers with an EDR in four dental centers at a large healthcare organization. A data collection tool was developed to capture the workflow of dental providers and staff while they interacted with an EDR during initial, planned, and emergency patient visits, and at the front desk. Qualitative and quantitative analysis was conducted on the observational data.Breakdowns in workflow were identified while posting charges, viewing radiographs, e-prescribing, and interacting with patient scheduler. EDR interaction time was significantly different between dentists and dental assistants (6:20 min vs. 10:57 min, p = 0.013) and between dentists and dental hygienists (6:20 min vs. 9:36 min, p = 0.003).On average, a dentist spent far less time than dental assistants and dental hygienists in data recording within the EDR.
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Yamada, Tomomi, Kazunori Nozaki, Sonoko Kuwano und Mikako Hayashi. „Impact of COVID-19 on the sound environment in a dental office - a case study“. INTER-NOISE and NOISE-CON Congress and Conference Proceedings 263, Nr. 5 (01.08.2021): 1688–94. http://dx.doi.org/10.3397/in-2021-1900.
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As of February 2021, COVID-19 has not yet converged globally. Careful countermeasures are required for protecting infection of COVID-19 at dental clinics. Virus particles in saliva are likely to spread outside during dental treatment. Dental staffs must use a variety of personal protective equipment (PPE). In addition, the frequency of using dental aerosol suction devices in the dental office has increased dramatically, and the sound environment in the clinic has changed after taking the measures against COVID-19. In this study, we will report the measurement results of the changes in the sound environment during dental treatment that were perceived by dental healthcare professionals and patients.
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Padhye, Leena, Priyanka H. Sawant und Nilker Vimala. „“Let's go Green to get Our Globe Clean”: Green Dentistry“. Journal of Operative Dentistry & Endodontics 2, Nr. 1 (2017): 19–24. http://dx.doi.org/10.5005/jp-journals-10047-0028.
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ABSTRACT Dentistry is an extremely important and foremost healing profession. In today's world, with the increasing ecological disasters, it is highly obligatory to understand the paramount importance of being eco-friendly in every facet of our lives, including in dental practice, which has a huge impact on the environment. Eco-friendly dentistry is a term legally accepted by the Eco Dentistry Association, which is an emerging concept in dentistry. It is an approach to minimize the environmental hazards of dental practice and provide dental care in an environmentally friendly way. With the widespread introduction of beryllium into the dental industry, a large number of these workers are at risk for the development of chronic beryllium disease. Proper handling of biomedical and dental waste is indispensable for the dental profession. People have become much more cognizant of potentially harmful chemicals contained in plastic products, especially, bisphenol-A. This can be achieved by reducing waste and lowering pollution. Dental offices can use reusable towels, high-efficiency machines, and paperless records. A small change can make the overall impact of the dental office less damaging to the environment. The purpose of this review is to discuss various ways that a dentist can choose to make the dental office “Green” and conserve precious resources with all the options available today. Eco-friendly dentistry is soon becoming the standard. How to cite this article Sawant PH, Vimala N, Padhye L. “Let's go Green to get Our Globe Clean”: Green Dentistry. J Oper Dent Endod 2017;2(1):19-24.
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Shetty, Amarshree Amarnath, Delisha Yesudas Fernandes und Amitha Mahesh Hegde. „Autism Spectrum Disorder in a Dental Office - A Review“. Journal of Evolution of Medical and Dental Sciences 10, Nr. 26 (28.06.2021): 1931–39. http://dx.doi.org/10.14260/jemds/2021/398.
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Over the last few years there has been a growing interest to cater to the requirements of children with special health care needs, especially those with autism spectrum disorder (ASD). ASD is a neurodevelopmental condition characterized by limited communication skills and an obsessive need for structured patterns. Individuals with a genetic predilection to autism can be provoked by the various prenatal, natal, or post-natal environmental factors. Drugs such as thalidomide, valproic acid and consumption of antidepressants during pregnancy as well as high maternal age and viral infections are known to be prenatal triggers for autism. Autism affects 1 in every 110 children with a significant preponderance of boys to girls with a ratio of 4:1. According to Caries Risk Assessment tool (CAT) adapted by the American Academy of Paediatric Dentistry, children with ASD are at a high risk for dental caries due to their preference for carious food, pouching of food due to poor masticatory ability combined with inadequate maintenance of oral hygiene and help required for tooth brushing. These children do not behave positively to sudden changes in their environment thus a dental operatory might be intimidating to them. A thorough understanding of the individual’s needs of these patients along with combining various behaviour management techniques will help make their dental treatment a pleasant one. This articles reviews literature on the aetiology and diagnosis of Autism Spectrum Disorder with a special emphasis on the health status and issues encountered while treating these children. This study is also an update on the various strategies such as using Applied Behaviour management approaches, Picture Exchange Communication System, Video Pedagogy, Social stories as well as pharmacological ways to communicate and also manage a child with ASD in the dental clinic. KEY WORDS Autism, Oral Health Status, Behaviour Management, Dental Management
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Nomura, Yoshiaki, Ayako Okada, Jun Miyoshi, Masaru Mukaida, Eriko Akasaka, Keietsu Saigo, Hideki Daikoku, Hidenori Maekawa, Tamotsu Sato und Nobuhiro Hanada. „Willingness to Work and the Working Environment of Japanese Dental Hygienists“. International Journal of Dentistry 2018 (26.08.2018): 1–9. http://dx.doi.org/10.1155/2018/2727193.
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Japanese dental hygienists’ employment rate is low. The environment factors and daily job contents that contribute to willingness to work of Japanese dental hygienists and their structures were investigated. A cross-sectional survey was conducted using a self-administered postal questionnaire distributed for one thousand and twenty-three members of Japan Dental Hygienist Association registered in Iwate prefecture affiliation. Three items concerning willingness to work, satisfaction for the 9 items about working environment, anxiety for work, and 106 daily job contents were used for analysis. Structural equation modeling, decision analysis, and correspondence analysis were carried out. The present study found that working environment such as interpersonal relationship was more important than social environment such as salary for the regular employee of Japanese dental hygienist working at private dental office. However, salary was only the determinant for the dental hygienist who strongly disliked their work. And daily job contents affected the willingness to work. Especially, jobs concerned with prosthodontic treatments were of major concern. Improving the working environment and avoiding assignment of tasks that require lower level of skill may improve dental hygienists’ willingness to work and may assist to improve the employment rate of dental hygienist in Japan.
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Roman-Torres, Caio Vinicius G., Fernanda Pasquinelli, Nilton Rodrigues A. P. Domingues und Luiz Alberto Placido Penna. „ASSESSMENT OF THE DEGREE OF KNOWLEDGE OF DENTISTS REGARDING THE USE AND DISPOSAL OF RADIOGRAPHIC MATERIAL“. International Journal of Research -GRANTHAALAYAH 8, Nr. 6 (30.06.2020): 126–32. http://dx.doi.org/10.29121/granthaalayah.v8.i6.2020.446.
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Concern about the risks of radiation and the quality of the radiographic image has led many researchers and public agencies to carry out studies on the subject, which have found the existence of a series of problems in the practice of dental radiology. Based on the above, the objective of this study was to evaluate the knowledge and attitudes of dental surgeons regarding biosafety and the use of devices and materials used throughout the radiographic process in dental offices. 200 Dentists were interviewed with offices in some cities in the Baixada Santista region in the State of São Paulo, Brazil, variables such as age, gender, time since graduation, professional specialty, were only identified at the time of the interview. During the visit, the researcher assessed, by means of a questionnaire, components related to the radiological practice in the offices and about the attitudes during the radiological practice and, consequently, about the radiological protection rules adopted, either for the patients or professionals involved. When the questionnaire was applied, a statistically significant difference was observed in relation to the concept of biosafety 98% of the interviewees answered yes, that they know what biosafety is. If there are notices in the office warning about the x-ray equipment, 89% responded that they do not. The viewing of radiographs taken previously by the patients was indicated by 97.5% of the interviewed dentists, and 95% use breast and thyroid protection with a lead apron. More than half of the dentists, 52%, discard the substances used in the revelation process in the office sink. The results observed in our study are not encouraging, either due to the ignorance of the current legislation, the use of the devices inappropriately and the processing carried out with real chances of contamination of the environment, we believe that an increase in teaching and control of biosafety in dental radiology is necessary.
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Buzatu, Roxana, Anca S. Valceanu, Adelina Grigore und Camelia Szuhanek. „The Evaluation of the BioBleach Trays Efficiency and manufacturing process“. Materiale Plastice 54, Nr. 3 (30.09.2017): 485–86. http://dx.doi.org/10.37358/mp.17.3.4876.
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Tooth bleaching and other cosmetic treatments (performed at home or in the dental office) are very common nowadays. The use of thermoplastic materials for the manufacturing of whitening trays should have good biomechanical properties in order to assure a good treatment outcome with a good esthetic result. The most common tray manufacturing material is an acrylic poly-resin thin foil that can be vacuum-formed in order to fit any clinical situation. The material must be inert in order to prevent harmful free radicals release form the interaction with different bleaching substances. Thermoformed trays were manufactured in our dental office and immersed in a mixed oral suspension (that also contained artificial saliva) in order to test the behavior of the material in the intraoral environment.
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Mupparapu, Muralidhar. „Wireless Networking for the Dental Office: Current Wireless Standards and Security Protocols“. Journal of Contemporary Dental Practice 5, Nr. 4 (2004): 155–62. http://dx.doi.org/10.5005/jcdp-5-4-155.
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Abstract Digital radiography has gained immense popularity in dentistry today in spite of the early difficulty for the profession to embrace the technology. The transition from film to digital has been happening at a faster pace in the fields of Orthodontics, Oral Surgery, Endodontics, Periodontics, and other specialties where the radiographic images (periapical, bitewing, panoramic, cephalometric, and skull radiographs) are being acquired digitally, stored within a server locally, and eventually accessed for diagnostic purposes, along with the rest of the patient data via the patient management software (PMS).1 A review of the literature shows the diagnostic performance of digital radiography is at least comparable to or even better than that of conventional radiography.2,3 Similarly, other digital diagnostic tools like caries detectors, cephalometric analysis software, and digital scanners were used for many years for the diagnosis and treatment planning purposes. The introduction of wireless charged–coupled device (CCD) sensors in early 2004 (Schick Technologies®, Long Island City, NY) has moved digital radiography a step further into the wireless era. As with any emerging technology, there are concerns that should be looked into before adapting to the wireless environment. Foremost is the network security involved in the installation and usage of these wireless networks. This article deals with the existing standards and choices in wireless technologies that are available for implementation within a contemporary dental office. The network security protocols that protect the patient data and boost the efficiency of modern day dental clinics are enumerated. Citation Mupparapu M, Arora S . Wireless Networking for the Dental Office: Current Wireless Standards and Security Protocols. J Contemp Dent Pract 2004 November;(5)4:155-162.
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Brill, Warren. „Comparison of the behavior of children undergoing restorative dental treatment at the first visit versus the second visit in a private pediatric dental practice“. Journal of Clinical Pediatric Dentistry 25, Nr. 4 (01.07.2001): 287–91. http://dx.doi.org/10.17796/jcpd.25.4.d083676r531g8606.
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The purpose of this study was to determine if there was a difference in the behavior of child patients undergoing restorative dental treatment at the first office visit versus those whose first restorative treatment visit was after an initial non-threatening dental visit in a private pediatric dental practice. For patients up to and including age 9, patient behavior was recorded during the restorative session using the Sarnat scale, which rate behavior in 5 levels, from completely cooperative to completely uncooperative. Variables such as age, method of payment, referral source and sex were also recorded. The results showed that there was no statistically significant difference in the behavior of children, who had the first restorative dental experience at the initial office visit versus those children who had the first restorative procedure after a non-invasive introductory visit in all instances. There were no differences according to age, sex, socio-economic status or source of referral. It is concluded that a child may not exhibit more negative behavior as a restorative dental patient when the first visit is for restorative therapy than if the restorative treatment is delivered at a later date after a non-threatening introduction to the dental environment. Thus, a pediatric dentist need not hesitate to treat a child at the first visit for fear that it may engender more negative behavior than if the restorative dental treatment was postponed until another time.
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Venâncio, Gisely Naura, Victor Hugo Marques Coelho, Thiago Fontanella Cestari, Maxine Ennata Alves de Almeida und Carolinie Batista Nobre da Cruz. „Microbial contamination of a University dental clinic in Brazil“. Brazilian Journal of Oral Sciences 15, Nr. 4 (20.09.2017): 248. http://dx.doi.org/10.20396/bjos.v15i4.8650030.
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Pathogens of the oral cavity of a patient can be transferred to the dental office surfaces by direct contact, aerosol instruments and blood or saliva. The objective of this study was to investigate the microbiological contamination presents in the stands, chairs and spittoons in the University Nilton Lins dental clinics, in Manaus, Amazonas. Samples were collected with sterile swabs and seeded in different microbiological culture media for the isolation of microorganisms collected from each room. Then, assays were carried out for identification of strains isolated from each environment, such as: Gram stain, DNA purification, Amplification of 16s rRNA genes and sequencing. All these experiments were performed in the LBS / ILMD / FIOCRUZ. It was found 40 CFU / mL in the stands, 43 on the chairs and 47 in the spittoons and it was also possible to identify microorganisms like Klebsiella pneumoniae, Shigella sonnei and Staphylococcus aureus. The greatest number of CFUs was found in Clinic 3 and it was observed that the spittoon was the dental surface with the highest number of CFUs. Some of the bacterial species isolated are opportunists, suggesting that more severe biosecurity measures must be taken in order to prevent cross-infection.Pathogens of the oral cavity of a patient can be transferred to the dental office surfaces by direct contact, aerosol instruments and blood or saliva. The objective of this study was to investigate the microbiological contamination presents in the stands, chairs and spittoons in the University Nilton Lins dental clinics, in Manaus, Amazonas. Samples were collected with sterile swabs and seeded in different microbiological culture media for the isolation of microorganisms collected from each room. Then, assays were carried out for identification of strains isolated from each environment, such as: Gram stain, DNA purification, Amplification of 16s rRNA genes and sequencing. All these experiments were performed in the LBS / ILMD / FIOCRUZ. It was found 40 CFU / mL in the stands, 43 on the chairs and 47 in the spittoons and it was also possible to identify microorganisms like Klebsiella pneumoniae, Shigella sonnei and Staphylococcus aureus. The greatest number of CFUs was found in Clinic 3 and it was observed that the spittoon was the dental surface with the highest number of CFUs. Some of the bacterial species isolated are opportunists, suggesting that more severe biosecurity measures must be taken in order to prevent cross-infection.
Dissertationen zum Thema "Dental office environment"
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Murry, Joe Mitchell. „Neuropsychological Dysfunction Associated with Dental Office Environment“. Thesis, University of North Texas, 1989. https://digital.library.unt.edu/ark:/67531/metadc500368/.
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Five chemicals indigenous to the dental office environment that may cause toxic effects are formaldehyde, phenol, acrylic, mercury, and nitrous oxide. These chemicals create abnormal stress on physiological and psychological systems of the body resulting in symptomatology and pathology when the body defenses can no longer maintain homeostasis by adaptation. This study demonstrated serious behavioral consequences of chemical and heavy metal exposure. This study provided evidence that a significant percentage of dental office personnel who are exposed to the dental office chemicals show psycho neurological dysfunction. It was concluded that these individuals suffer adverse reactions to the chemicals in their work environment. The problem areas included perceptual motor difficulty in cognitive functioning, concern with bodily functions, despondency, and interpersonal problems.
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Vašáková, Jana. „Anxiozita dětí jako jeden z minoritních vlivů na prevalenci zubního kazu“. Doctoral thesis, 2021. http://www.nusl.cz/ntk/nusl-446419.
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Dental caries is a preventable multifactorial infectious disease which results from the overall impact of biological, behavioural and psychosocial factors. The environment of every individual plays a role in its aetiology, too. The content and form of the diet, regularly performed oral hygiene, fluoride intake and continuous dental care act as an unquestionable part in the prevention of dental caries. "Quality of life" or "well-being" is nowadays an emphasized aspect in most of the studies. There is one factor linked to the well-being of a child discussed on a field of paediatric dentistry - the dental fear. The four following studies presented in this dissertation describe the above mentioned topic. The first surveys the dentist's relationship with the child patients and looks for the reasoning why the children were referred to the faculties and specialists. The second pursues the environmental factors which influence the perception of dental environments in pre-schoolers and the fear of even the most common dental procedures. The third performs an evaluation of the dental fear level in a sample of preschool children in the Czech Republic, with correlation to their dental status and geographic location. This study also deals with a possible use of colours as another tool for dental fear evaluation...
Bücher zum Thema "Dental office environment"
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Runnells, Robert R. Infection control in the former wet finger environment. [S.l.]: I. C. Publications, 1987.
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Martin, Michael. Infection control in the dental environment: Effective procedures. London: Dunitz, 1991.
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Martin, Michael. Infection control in the dental environment: Effective procedures. London: M. Dunitz, 1991.
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Townsend, Janice A., Gabriel Hernandez und Lynda Harhad. Anesthesia Considerations in Dental Practice. Oxford University Press, 2018. http://dx.doi.org/10.1093/med/9780190495756.003.0034.
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Demand for anesthesia personnel outside of the operating room is increasing in dentistry. Anesthesia for dentistry is unique due to the shared airway and the limitations of the dental office environment. Knowledge of local anesthesia in dentistry is necessary as profound anesthesia is essential for sedation and may be indicated as an adjunct for general anesthesia. Nitrous oxide is also utilized alone or in conjunction with oral or parenteral sedation, and the anesthesia staff must be familiar with its use in dentistry. Stringent protocols for patient selection and monitoring are essential for safe administration of anesthesia in the dental setting.
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Infection Control in the Dental Environment. Taylor & Francis, 1992.
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Infection Control in the Former Wet Finger Environment. Infection Control Pubns, 1994.
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Infection Control in the Former Wet Finger Environment. Infection Control Publications, 1994.
Den vollen Inhalt der Quelle findenBuchteile zum Thema "Dental office environment"
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Bhardwaj, Akashdeep, und Sam Goundar. „Comparing Single Tier and Three Tier Infrastructure Designs against DDoS Attacks“. In Research Anthology on Combating Denial-of-Service Attacks, 541–58. IGI Global, 2021. http://dx.doi.org/10.4018/978-1-7998-5348-0.ch028.
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With the rise in cyber-attacks on cloud environments like Brute Force, Malware or Distributed Denial of Service attacks, information security officers and data center administrators have a monumental task on hand. Organizations design data center and service delivery with the aim of catering to maximize device provisioning & availability, improve application performance, ensure better server virtualization and end up securing data centers using security solutions at internet edge protection level. These security solutions prove to be largely inadequate in times of a DDoS cyber-attack. In this paper, traditional data center design is reviewed and compared to the proposed three tier data center. The resilience to withstand against DDoS attacks is measured for Real User Monitoring parameters, compared for the two infrastructure designs and the data is validated using T-Test.
Konferenzberichte zum Thema "Dental office environment"
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Yee, Christina A., und Homayoon Kazerooni. „A Novel Neck Support Design to Alleviate Worker Neck Pain“. In ASME 2015 International Mechanical Engineering Congress and Exposition. American Society of Mechanical Engineers, 2015. http://dx.doi.org/10.1115/imece2015-53261.
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Neck pain is common among occupations like dentistry and office work because workers in these professions tend to hold their necks in static flexion for extended periods of time. But there are few products available to help alleviate workers’ neck pain while still allowing them to carry out their daily tasks in varying environments. For example, office workers can use products like ergonomic chairs and desks to help promote proper posture, but these arrangements restrict workers to workspaces equipped with their necessary equipment and proper setup. Meanwhile, in the medical field, products like loupes, lights, and ergonomic workbenches are available to enhance visibility and reduce workers’ neck flexion angles. But these products have yet to fully eliminate the problem of neck pain especially in occupations like dentistry where static neck flexion is common. Therefore, the goal of this project is to develop a new neck support technology which alleviates neck pain caused by static neck flexion while still allowing workers full mobility and functionality in their workplace. Our design decreases muscle loading on the neck during neck flexion by reducing the moment on the neck using a device which acts as a “headrest” to support the head. In turn, the device redistributes forces to the upper body while still allowing full range of motion to the user. More specifically, our design applies an opposing force to the user’s forehead during neck flexion via a force generator attached to a headband which is attached to the head. The force generator is anchored to the upper body to permit use in varying environments without the need for special equipment or setups. We confirmed our design decreases muscle loading by building a prototype then performing surface electromyography (EMG) testing which showed not just a statistically significant reduction in neck muscle activity using one-way analysis of variance, but more distinctly a unanimous decrease in neck muscle activity during neck flexion for all seven test subjects with an overall average decrease of 60% among all subjects and 80% for certain subjects. Once we confirmed our design’s effectiveness in reducing neck muscle activity during static neck flexion which implied the ability to reduce neck strain, we improved our prototype’s functionality and aesthetics based on test subject feedback, our own observations, and dentists’ comments. Then, we performed workplace testing on two dentists with one dentist’s work focused mainly on hygiene while the other dentist’s work focused mostly on dental procedures. Overall, both dentists offered helpful feedback from different dental field perspectives for future prototype improvements with regards to comfort and functionality. They also provided promising comments regarding their visions for future device use which included training dental students on proper posture and applications in other occupations like office work and surgery.