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1 es during orthodontic treatment with a fixed appliance.
2 onjunction with a preadjusted edgewise fixed appliance.
3 the lingual areas of a removable mandibular appliance.
4 nsulator transition that may be used in such appliances.
5 n lifetime use of various in-home electrical appliances.
6 et these requirements using common household appliances.
7 ed immediately after the installation of the appliances.
8 ps showed similar and easy adaptation to the appliances.
9 ed 1 and 12 months after installation of the appliances.
10 rcuits, portable electronics, and electrical appliances.
11 lowered critical closing pressure) with oral appliances.
12 ng for differences in building materials and appliances.
13 on of tooth alignment with fixed orthodontic appliances.
14 orthodontic therapy using fixed or removable appliances.
15 in situ studies using restorations in dental appliances.
16 nfluenced by orthopedic forces through fixed appliances.
17 sumption during initial alignment with fixed appliances.
18 te of orthodontic tooth alignment with fixed appliances.
19 orthodontic pain during alignment with fixed-appliances.
20 ption or by strains generated by orthodontic appliances.
21 to replace traditional orthodontic extraoral appliances.
22 ministered questionnaire about 14 electrical appliances.
23 ly the displays of several mobile electronic appliances.
24 ative correction even with custom prosthetic appliances.
25 sting dentures into fixed, implant-supported appliances.
26 ap), housing goods (40-811 MJ/cap), electric appliances (34-181 MJ/cap), and "gas stoves and furnaces
27 difficulty in mechanical cleaning of dental appliances, a denture cleaner that can remove biofilm wi
30 ysis of dubious quality and/or as a business appliance aimed at selling supplements and the like.
32 d with a metallic splint-supported Herbst IV appliance (An appliance that acts like artificial joint
34 ive floor space use and extended lifetime of appliances and buildings reduce the primary copper deman
35 suggests that while individually small, the appliances and buildings that make up the residential se
37 ces are fundamental components in electrical appliances and computers; similarly, optical switches ar
38 between water and energy in common household appliances and fixtures, comparing baseline appliances t
42 Odds ratios were slightly elevated for nine appliances and were at or below 1.0 for eight others.
44 ot lesions (WSL) associated with orthodontic appliances are a cosmetic problem and increase risk for
45 magnetic fields from commonly used household appliances are unlikely to increase the risk of brain tu
49 lights at best and power outages and broken appliances at worst, denying many Unguja residents the e
52 exposure, such as use of various electrical appliances, but the prevalence of high fields (> 2 mG) a
53 ng residential buildings and major household appliances) by integrating use-phase material and energy
55 ginate from the treatment of small household appliances (cadmium), ICT equipment (lead), and consumer
56 ed to patients with severe OSA, whereas oral appliances can be considered for those with mild to mode
57 Eight subjects wore removable mandibular appliances carrying an enamel slab cut from white-spot l
58 ce, volunteers received intra-oral removable appliances carrying demineralized enamel samples after a
59 0.44%] of all natural gas consumed by these appliances, comparable in percentage to the EPA's estima
60 daily lives in fields as diverse as apparel, appliances, construction, and the automotive industry.
61 sover trial, 14 individuals wore a removable appliance containing 2 enamel slabs, 1 containing an art
64 f the 3 legs of the study, subjects wore the appliances continuously except when eating, drinking, an
66 ons can be attributed to U.S. residential NG appliances, corresponding to ~830 [530-4500] Gg carbon d
67 nces, we estimate that residential homes and appliances could release 9.1 Gg CH(4) yearly in the Unit
68 med at upgrading heating/cooling systems and appliances could result in electricity use increases as
69 sport of discarded electronic and electrical appliances (e-waste) to developing regions has received
73 homes with gas stoves and other unvented gas appliances experience more respiratory symptoms than tho
77 ginate from the treatment of small household appliances for high temperature applications (DecaBDE),
78 treated with straight-wire fixed orthodontic appliances for two weeks, and comparisons were made with
79 ectric blankets and other in-home electrical appliances has been hypothesized to increase breast canc
80 bacterial biofilms, and in situ, with dental appliances-have been used to study caries formation arou
81 s during handling of the laundry and washing appliances (i.e., washer/dryer or basin), adjacent surfa
82 Class II malocclusion treatment using Herbst appliance in the Pre-pubertal is more than the Post-pube
83 noramic radiographs of patients with a fixed appliance in the upper arch were analysed to evaluate th
84 e current inventory and performance of major appliances in U.S. homes, we model the cost, energy, and
85 ., installing more efficient light bulbs and appliances), in contrast to experts' recommendations.
87 69 times those recorded at 1 month after the appliances installation (i.e., ~ 31% reduction; exp (bet
88 hile a Eucalyptus cloud image and VirtualBox Appliance is also publicly available for download and us
89 We have investigated whether the use of gas appliances is associated with an increased risk of respi
90 lines, electric heating sources, or electric appliances is associated with the subsequent occurrence
91 ntion, dependence on removable prosthodontic appliances is still a reality of life for millions of Am
92 a randomized controlled trial with real-time appliance-level energy metering, we find that environmen
93 s are based on a panel of 3.4 million hourly appliance-level kilowatt-hour observations for 118 resid
95 g all phases of stove use: steady-state-off (appliance not in use), steady-state-on (during combustio
96 eness and predictability of 2 different oral appliance (OA) designs to reduce the respiratory event i
102 pecifically improved-technology wood-burning appliances or air-filtration devices, would improve heal
103 e Wertheimer-Leeper code, or use of electric appliances or electric heating sources by the mother whi
105 t new supraglottic devices are useful rescue appliances, particularly for unanticipated difficulties
106 .2 (1.6) years) was collected prior to fixed appliance placement (T1), 1-h (T2), 1-week (T3) followin
107 (T1), 1-h (T2), 1-week (T3) following fixed appliance placement and on completion of mandibular arch
108 took place at baseline (start of treatment: appliance placement), 1 h and 1 wk following appliance p
110 oral analgesia in a questionnaire, following appliance-placement (T1) and first-adjustment (T2) for 1
112 End-use efficiency upgrades (HVAC, lighting, appliances) prove most effective for commercial sectors,
116 ement of the full stock of major residential appliances sets an upper bound of just over 710 x 10(6)
118 fectious virus from contaminated clothing to appliance surfaces and other household surfaces and even
119 lic splint-supported Herbst IV appliance (An appliance that acts like artificial joint working betwee
121 and exercise, positive airway pressure, oral appliances that hold the jaw forward during sleep, and s
122 and technology by creating bespoke, low-cost appliances that previously required dedicated facilities
123 e washes (delicate cycles), transitioning to appliances that use a lower water-volume (North American
124 nt study, we tested the hypotheses that oral appliance therapy (i) reduces pharyngeal collapsibility
125 jor limitation to the administration of oral appliance therapy for obstructive sleep apnoea (OSA) is
126 ndibular advancement device (MAD) is an oral appliance therapy for patients who decline or cannot tol
128 tive sleep apnoea (OSA) respond well to oral appliance therapy, whereas others do not for reasons tha
130 nfluence the emissions profile of individual appliances, these preliminary estimates justify further
131 appliances and fixtures, comparing baseline appliances to ENERGY STAR or WaterSense appliances, usin
132 re is increasing interest in the use of oral appliances to treat obstructive sleep apnea (OSA), the e
133 undergoing orthodontic treatment with fixed appliances, to determine whether daily use of a brush-on
134 nnaire that included questions on use of gas appliances, to give blood samples for measurements of to
135 years-old undergoing extraction-based fixed-appliance treatment were randomly allocated to supplemen
136 rgoing first premolar extraction-based fixed appliance treatment were randomly allocated to treatment
139 on, exposure to EMFs from in-home electrical appliance use was not found to increase breast cancer ri
142 line appliances to ENERGY STAR or WaterSense appliances, using a cost abatement analysis for the aver
143 sy to set up server is provided as a Virtual Appliance (VA), which can be run on most operating syste
145 treatment with a maxillary fixed orthodontic appliance was finished after obtaining a satisfactory re
147 risk with duration of use; with whether the appliance was used only to warm the bed or used througho
148 oncentrations in exhaust from residential NG appliances was conducted in Boston and Indianapolis to d
149 ouse emissions and steady-state operation of appliances, we estimate that residential homes and appli
150 ditional sleep studies with and without oral appliance were performed to measure collapsibility (crit
152 epth, and coronal staining) were made before appliances were placed and at one, three, six, and nine
154 aluminum, and copper from cars and household appliances, which contain significant amounts of rare ea