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1 (30-item Rapid Estimate of Adult Literacy in Dentistry).
2 ive studies reporting on outcomes of implant dentistry.
3 a well-accepted treatment option in implant dentistry.
4 ative education between medicine/nursing and dentistry.
5 storation fracture remain common problems in dentistry.
6 nd dentin remains a challenge in restorative dentistry.
7 atomy is needed to provide effective implant dentistry.
8 motivation, is a major problem in preventive dentistry.
9 n very closely aligned to the development of dentistry.
10 678-1761) is considered the father of modern dentistry.
11 istry, and intravenous propofol sedation for dentistry.
12 n pertinent to clinicians performing implant dentistry.
13 porting the utilization of nanotechnology in dentistry.
14 guidance to daily practices in medicine and dentistry.
15 en subject of debate in the field of implant dentistry.
16 th-care workers, including those involved in dentistry.
17 f remineralization approaches in restorative dentistry.
18 ed because of the separation of medicine and dentistry.
19 ute (BGS) that is popularly used in clinical dentistry.
20 eatment have been areas of recent concern in dentistry.
21 dontist has in influencing the profession of dentistry.
22 dontist at The University of Iowa College of Dentistry.
23 implant procedures and esthetic restorative dentistry.
24 e new issues to contend with for restorative dentistry.
25 ibes the current knowledge of GBR in implant dentistry.
26 ering conditions is important in restorative dentistry.
27 ts, which limits its application in forensic dentistry.
28 ologies in the field of implant placement in dentistry.
29 hypomineralization), and minimally invasive dentistry.
30 P) is one of the most prevalent disorders in dentistry.
31 ally under the accelerated virtualization of dentistry.
32 r mitigating the risks of smoking in implant dentistry.
33 m applications in preventive and restorative dentistry.
34 ers and enhancing regenerative approaches in dentistry.
35 neral dentists over specialists in pediatric dentistry.
36 a bio-based dental material for regenerative Dentistry.
37 erged as a cornerstone technology in digital dentistry.
38 unparalleled therapeutic benefits in implant dentistry.
39 d efficiency of dental treatment and digital dentistry.
40 of the most significant challenges in modern dentistry.
41 aulic) used as root-end filling materials in dentistry.
42 ating the reliability of IOSs in restorative dentistry.
43 w epoch in adhesive dentistry and preventive dentistry.
44 edicine, collectively known as translational dentistry.
45 ion of interested players inside and outside dentistry.
46 studies pave the way for future regenerative dentistry.
47 as a tissue engineering tool in medicine and dentistry.
48 ications of scRNA-seq in dental research and dentistry.
49 er-2014, at the Indiana University School of Dentistry.
50 contributed the science and art of aesthetic dentistry.
51 ntin bonds is the Achilles' heel of adhesive dentistry.
52 s largely missing and increasingly needed in dentistry.
53 the trendiest topics in clinical restorative dentistry.
54 pe algorithms, is the main component used in dentistry.
55 oss dentistry with a clear impact in implant dentistry.
56 nosis and treatment planning in the field of dentistry.
57 rs, because of their desirable properties in dentistry.
58 is one of the most frequent interventions in dentistry.
59 aches to regenerative modalities in clinical dentistry.
60 stitutes a major cause of implant failure in dentistry.
61 dental pulp is a central goal of restorative dentistry.
62 with restorative, orthodontic, or prosthetic dentistry.
63 e of the greatest challenges in regenerative dentistry.
64 ngineering multi-lineage tissues in clinical dentistry.
65 in the lab to solve problems in regenerative dentistry.
66 dquartered at New York University College of Dentistry.
67 e in the current hierarchy of evidence-based dentistry.
68 tooth eruption are very important topics in dentistry.
69 teria to define treatment success in implant dentistry.
71 nstream of clinical research in medicine and dentistry, a great deal of developmental work has focuse
74 billions of patients, and while regenerative dentistry aims to heal dental tissue after injury, exist
75 sciences are relevant to every discipline in dentistry and all dental, oral, and craniofacial science
77 d trials (RCTs) abstracts related to implant dentistry and examined associations between reporting qu
78 e pathogens is an important consideration in dentistry and has acquired special significance in the c
79 ry corner of healthcare education, including dentistry and its specialties, to understand the potenti
83 introduction to environmentally sustainable dentistry and offers perspectives on managing drivers to
85 University of Michigan School of Dentistry "Dentistry and Oral Sciences" database (from 1990 to Sept
89 ciation of AI with tooth retention-years for dentistry and quality-adjusted life-years (QALYs) for in
91 most commonly prescribed ablation surgery in dentistry and results in the formation of edentulous muc
92 ulatory testing of hydraulic cements used in dentistry and standard test methods for root-end filling
94 xtracted in the formulation used commonly in dentistry and were tested for their antibacterial proper
95 tracts of RCTs in periodontology and implant dentistry, and 2) to investigate changes in the quality
96 l health professions (ie, nursing, pharmacy, dentistry, and dietetics) and offers suggestions for edu
97 al health care, elaborate on their impact on dentistry, and explore obstacles toward their adoption i
99 children, sedation with benzodiazepines for dentistry, and intravenous propofol sedation for dentist
102 in-veneered crowns are widely used in modern dentistry, and their fracture remains problematic, espec
104 s review, we summarize empirical work across dentistry, anthropology, and archaeology on human tooth
105 C function and may be useful in regenerative dentistry applications, particularly in the areas of per
107 s), the limitations of so-called westernised dentistry are at their most acute; dentistry is often un
108 al manufacturing, all-ceramics, and adhesive dentistry are currently the trendiest topics in clinical
112 in dermatology, ophthalmology, oncology, and dentistry are now popular for specific clinical applicat
113 he has steadfastly maintained her vision for dentistry as a major health discipline that continues to
114 al of PEEK prefabricated crowns in pediatric dentistry as a viable option for the aesthetic restorati
115 Personalized medicine is likely to enter dentistry as patients start to demand it and as new drug
116 of patients has become an essential part of dentistry, as even the most common medical problems may
117 ening, and nanomedicine delivery in clinical dentistry, as well as other delivery challenges into var
118 rdized implementation of diagnostic codes in dentistry, assessing the association between process and
120 heir children to the Department of Pediatric Dentistry at Tufts University School of Dental Medicine
121 sment at the population level and "precision dentistry" at the person level are both desirable and ac
122 materials have been utilized in medicine and dentistry because of their proven biocompatability and c
123 ental examination and appropriate preventive dentistry before bone-modifying agent therapy and mainta
124 he application of artificial intelligence in dentistry, benefit from standardization of approaches an
125 substitutes are widely used in regenerative dentistry, but their biological performance remains subo
129 an advocate for biopsychosocial research in dentistry cannot be underestimated and remains one of he
130 crossover trial was conducted at a pediatric dentistry clinic in a large urban children's hospital be
131 y of Freiburg, Germany, and the Special Care Dentistry Clinic, University of Chile in association wit
132 ificant effect on 'knowledge acquisition' in dentistry (Cohen's d = 2.18), moderate effect in medicin
137 hrane Library, and Brazilian Bibliography of Dentistry databases were conducted with the results and
138 mber 2011), University of Michigan School of Dentistry "Dentistry and Oral Sciences" database (from 1
139 fourteen elite athletes triaged at a Sports Dentistry department from a university clinic were inclu
140 ent of peri-implantitis, advances in digital dentistry, development of corporate and group practice m
141 food processing, optics, energy technology, dentistry, drug delivery, and personalized medicine.
142 phene has attracted significant attention in dentistry due to its structural and adhesive properties,
144 ew developments in nanotechnology applied to dentistry, focusing on the use of nanomaterials for impr
145 ing on multiple sectors including hospitals, dentistry, food storage and packaging, and water contami
146 eived considerable attention in medicine and dentistry for improving clinical decision making and cos
147 g the cessation of antibiotic prophylaxis in dentistry for the prevention of infective endocarditis (
151 nce-based healthcare services, especially in dentistry, generate tremendous amounts of plastic waste.
152 practices to account for increased corporate dentistry, graduate debt, digitalization, and volume of
153 ield of dentistry (i.e. increasing corporate dentistry, graduate debt, digitalization, and volume of
157 otic prophylaxis for the prevention of IE in dentistry has not led to an increased incidence of oral
161 for epidemiological studies, yet studies in dentistry have focused on isolated dietary components.
162 able advances in the science and practice of dentistry have not led to notable reductions in oral hea
163 ies on oral health, we present a critique of dentistry, highlighting its key limitations and the urge
164 d restorations are widely used in prosthetic dentistry; however, their susceptibility to hydrothermal
165 s of the impact that changes in the field of dentistry (i.e. increasing corporate dentistry, graduate
169 esents his autobiographical experiences with dentistry in his literary work in a form that can be see
172 eration System, the 2019-2020 State Board of Dentistry information acquired from each state, and the
176 sternised dentistry are at their most acute; dentistry is often unavailable, unaffordable, and inappr
179 tely, the goal of both TERM and regenerative dentistry is to bring new and more effective therapies t
180 While the likelihood of transmission via dentistry is undoubtedly very low, this may be amplified
182 edures (AGPs) are crucial to the practice of dentistry; it is imperative to understand the inherent r
184 of electronic health systems on the horizon, dentistry may be brought into the mainstream health care
185 a larger geographic area, it indicates that dentistry may be failing to address issues of the timely
186 ity in the Pacific Northwest with schools of dentistry, medicine, nursing, pharmacy, and public healt
188 ng usage of ceramic materials in restorative dentistry necessitates a simple and effective method to
190 ated from the mainstream health-care system, dentistry needs to be more integrated, in particular wit
191 o the Department of Periodontics and Implant Dentistry, New York University College of Dentistry, wit
192 er, Department of Periodontology and Implant Dentistry, New York, New York, from 23 patients who had
193 so been incorporated into the new degrees of Dentistry, Nursing, Physiotherapy, Podiatry, and, to a l
194 patients from the University of Medicine and Dentistry of New Jersey (UMDNJ) were matched with CPs fr
195 ened from the New York University College of Dentistry, Office of Quality Assurance-Approved Implant
196 ich none of the editors in chief were women (dentistry, oral surgery and medicine; allergy; psychiatr
199 ances in prevention and minimal intervention dentistry over the last century by focusing on some mile
200 es an overview of the evolution of aesthetic dentistry over the past 100 y from a historical point of
202 nsmission is central to the safety of all in dentistry, particularly during the current severe acute
203 refabricated crown restorations in pediatric dentistry, particularly for restoring primary tooth stru
205 ted social scientists have been attracted to dentistry, persuaded by her vision and drawn by her scie
207 y of teeth treated endodontically in general dentistry practices and test the hypothesis that longevi
208 ble sterilization processes for medicine and dentistry practices in the developing world is a major r
209 ent teeth through October 2015 in 99 general dentistry practices in the National Dental Practice-Base
211 d Estimate of Adult Literacy in Medicine and Dentistry (REALMD-20) showed participants who performed
212 20th century, an old concept in medicine and dentistry reappeared: that the infection and inflammatio
214 velopment of artificial intelligence (AI) in dentistry requires large and well-annotated datasets.
216 Clinical research is a growing industry in dentistry, requiring more efficient methods for research
218 and uses the New York University College of Dentistry's Practitioners Engaged in Applied Research an
221 territories with a lower density of doctors, dentistry staff, pharmaceutical staff, aides and emergen
222 ternative to current mainstream therapies in dentistry such as allografts and autogenous grafts.
224 ue engineering and regenerative medicine and dentistry (TERMD) use biologically based therapeutic str
225 re no preclinical in vivo studies in implant dentistry that have investigated the inflammatory respon
226 rination into the culture of science, and in dentistry, the newly established NIDR, which fueled the
231 uch as life cycle analysis (LCA) would allow dentistry to identify products or practices that have a
232 ns and engineers apply biomimetic science in dentistry to mimic the natural design of the teeth and e
240 sion model was designed by Wu Lab (School of Dentistry, University of California, Los Angeles) to mea
241 the technique of cumulative meta-analysis in dentistry using data from a previously published systema
242 nd implants in orthopaedics and regenerative dentistry usually fail because of bacterial infections.
243 ng committee and group of experts in implant dentistry validated a questionnaire including 64 questio
245 ture search for CBCT applications in implant dentistry was performed using the PubMed database that i
247 graphy (CBCT) has grown exponentially across dentistry with a clear impact in implant dentistry.
248 e-based Research Network initiative presents dentistry with an unprecedented opportunity by providing
249 nt Dentistry, New York University College of Dentistry, with a diagnosis of tuberous sclerosis and a
251 of individuals who had no formal training in dentistry, yet they understood the dental field and the
252 ns into dental enamel is highly desirable in dentistry, yet transporting materials into dental enamel