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1 red in 7 of 12 animals (all polyester-filled prostheses).
2 of hearing impairment and design of auditory prostheses.
3 term survival of the implant-supported fixed prostheses.
4 rupture during TAVR with balloon-expandable prostheses.
5 tool in functional investigations of retinal prostheses.
6 ent transapical TAVI with balloon-expandable prostheses.
7 increasing the clinical viability of neural prostheses.
8 tant translational implications for auditory prostheses.
9 % among patients treated with self-expanding prostheses.
10 d transapical TAVI or between the MCV and ES prostheses.
11 ted with mechanical, robotic or even virtual prostheses.
12 duce infection complications with inflatable prostheses.
13 to investigate various aspects of the visual prostheses.
14 of the provisional maxillary and mandibular prostheses.
15 res, and long-term outcomes of each of these prostheses.
16 ng technology have driven development of hip prostheses.
17 tion as a viable means of sensorizing neural prostheses.
18 itional status in US adult civilians without prostheses.
19 ents with small St Jude Medical aortic valve prostheses.
20 being made towards the development of neural prostheses.
21 chnique in patients with orthopedic metallic prostheses.
22 lysis after second generation metal-on-metal prostheses.
23 behaviour away from use of non-cemented hip prostheses.
24 ng strains isolated from infections of joint prostheses.
25 a by definition are available only for older prostheses.
26 These dentures were used as temporary fixed prostheses.
27 forced, fixed, implant-supported provisional prostheses.
28 the potential of this technology for retinal prostheses.
29 loping the next generation of mitral annular prostheses.
30 lutaraldehyde-fixed pericardial aortic valve prostheses.
31 or detecting infections associated with knee prostheses.
32 ill soon improve patients' control of neural prostheses.
33 sory process and should be added to auditory prostheses.
34 ll patients received fixed implant-supported prostheses.
35 lonize endothelial flow surfaces of vascular prostheses.
36 or sampling joint fluid in patients with hip prostheses.
37 ood biomaterial interface for cardiovascular prostheses.
38 ement (AVR) with bioprostheses or mechanical prostheses.
39 aca mulatta) monkeys and loaded with similar prostheses.
40 into the lifetime assessment of resin-bonded prostheses.
41 of 39 (51%) women with implants had ruptured prostheses.
42 nt CT evaluation while wearing two different prostheses.
43 al activity into control signals for guiding prostheses.
44 tion' due to susceptibility effects from hip prostheses.
45 is, infected aneurysms, or infected vascular prostheses.
46 patients received an implant-supported fixed prostheses.
47 contact lenses, sunglasses, and simple iris prostheses.
48 d amputation is a desirable feature of ideal prostheses.
49 ion and better visual acuity than electrical prostheses.
50 mplant sulci of cemented than screw-retained prostheses.
51 s new potential imaging modalities for valve prostheses.
52 ential to improve the control of powered leg prostheses.
53 increasing the spatial resolution of retinal prostheses.
54 ly reproducing such patterns with epiretinal prostheses.
55 g considered as the basis for several neural prostheses.
56 th explanted knee (n = 270) or hip (n = 161) prostheses.
57 heart valves with mechanical and biological prostheses.
58 c interventions, such as insertion of visual prostheses.
59 four iterations for both steel and titanium prostheses.
60 nd high-performance control signal for brain prostheses.
62 th shoulder prostheses, 14 patients with hip prostheses, 11 patients with hip and knee prostheses, an
63 total knee prostheses (207 patients) or hip prostheses (124 patients); 252 patients had aseptic fail
65 l knee prostheses, 16 patients with shoulder prostheses, 14 patients with hip prostheses, 11 patients
66 ee prostheses, 1 patient with bilateral knee prostheses, 16 patients with shoulder prostheses, 14 pat
67 asures were: 1) success rate of implants and prostheses; 2) biologic and prosthetic complications; 3)
70 -6.2%) and the lesions of painful lower limb prostheses (+4.03% +/- 11.32%; n = 25; P > 0.05; 95% con
71 -with painful, failed, lower extremity joint prostheses, 40 hip and 19 knee--who underwent (18)F-FDG,
73 h no difference between the 2 types of valve prostheses (7.7% for porcine and 7.1% for mechanical roo
77 th placement of 67 implants connected to the prostheses after an additional 4 months of rehabilitatio
78 end the dynamic range of optogenetic retinal prostheses, allowing them to be used at lower light inte
79 rstanding of the interaction between powered prostheses, amputee users, and various environments may
80 y, pharmacology of emesis, imaging, cochlear prostheses and aspects of vertigo which reflect the cons
82 and 23 root-form implants were connected to prostheses and experimental peri-implantitis was induced
83 ment (AVR) with 19- or 21-mm St Jude Medical prostheses and had transthoracic echocardiography within
84 bleeding patients with dysfunctional aortic prostheses and in 3 of 5 bleeding patients with dysfunct
85 is review, the application of CPs for neural prostheses and other neural interfacing devices is discu
86 unique opportunities for emerging classes of prostheses and peripheral nervous system interface techn
87 n electronic skin to allow future biomedical prostheses and robots to naturally interact with humans
88 women (39 patients with silicone gel-filled prostheses and seven from whom implants had been removed
89 be obtained in patients with artificial hip prostheses and spinal hardware terminating above the L5
91 development of single-stage endothelialized prostheses and the next generation of tissue-engineered
94 based on tailored stimulation (e.g., retinal prostheses), and for closed-loop neural stimulation at a
95 ip prostheses, 11 patients with hip and knee prostheses, and 1 patient with a femoral prosthesis.
96 cal data, gross wear patterns of the removed prostheses, and histopathologic analyses of peri-implant
97 Implants supported fixed prostheses, hybrid prostheses, and overdentures as dictated by the individu
98 t selection, accelerated development of TAVR prostheses, and ultimately a fuller characterization of
99 texing and sonicating explanted hip and knee prostheses, and we compared the results to those with so
104 cessful clinical translation; current neural prostheses are considerably slower, with less accurate c
107 brication of customized cranio-maxillofacial prostheses are geometric precision, material strength, a
108 Further studies on new-generation valve prostheses are necessary before expanding indications of
110 the neural signals used for controlling such prostheses are often noisy and unreliable, resulting in
112 equelae of maintaining the implant-supported prostheses are revealed by bone maintenance and peri-imp
117 vides further support for the use of retinal prostheses as a long-lasting treatment for some types of
118 lish a novel paradigm for constructing brain prostheses as, for example, virtual spelling boards, pro
119 e than any of the (18)F-FDG criteria for all prostheses, as well as for hips and knees separately, wa
120 tly, with second MVR patients having smaller prostheses at first MVR (18.7+/-0.8 mm versus 22.4+/-3.6
121 Model 1000 series Starr-Edwards aortic valve prostheses (ball variance) has been detected with increa
122 the design of future high-resolution sensory prostheses based on tailored stimulation (e.g., retinal
123 resent an interesting alternative to current prostheses because of their rapid cellular repopulation,
124 tant implications for the design of auditory prostheses because they suggest that enhanced spatial re
126 the probability of failure for resin-bonded prostheses begins to decrease after 10 years in service.
127 l before movement could improve motor neural prostheses being developed for people with paralysis.
128 ccurs significantly faster than in freestyle prostheses between 6 months and 3 years after surgery (P
129 y allow researchers to expand the utility of prostheses beyond simple environments (e.g. firm level g
131 embolism rates were similar in the two valve prostheses, but bleeding was more common with a mechanic
132 fields such as soft robotics and biomimetic prostheses, but combining all these properties together
133 d when lower limb amputees walk with powered prostheses, but these two control systems differ in adap
135 failure of implanted biomedical devices and prostheses by limiting monocyte adhesion and macrophage
138 options, but also because dental and facial prostheses can be very successful in selected cases.
141 s were implanted chronically with epiretinal prostheses consisting of two-dimensional electrode array
145 rofluidic thermal management and intelligent prostheses custom-fit to the anatomy of a specific patie
147 everal controlled clinical trials evaluating prostheses designed and manufactured specifically for th
148 ifficult may consist of implantation of iris prostheses, devices designed to reduce symptoms of aniri
149 ient across small-diameter aortic mechanical prostheses does have hemodynamic relevance insofar as it
150 upporting splinted or non-splinted posterior prostheses during a follow-up period of 3 to 16 years.
153 removal skills in patients with fixed dental prostheses (FDP), and effectiveness of computer-based tr
154 s (SCs) and 2) 3- to 4-unit PFM fixed dental prostheses (FDPs), with 1 healthy and 1 endodontically t
156 lant dimensions, implant locations, types of prostheses, follow-up periods, and implant survival rate
158 chlear implants are highly successful neural prostheses for persons with severe or profound hearing l
159 thway can be a good substrate to feed neural prostheses for prehensile actions.SIGNIFICANCE STATEMENT
161 prognosis of using standard alloplastic TMJ prostheses for the treatment of TMJ ankylosis in Chinese
163 l stimulation widely used in current retinal prostheses for treating blindness from photoreceptor deg
164 of transcatheter aortic and pulmonary valve prostheses for tricuspid valve-in-valve implantation (TV
166 use of aortic bioprostheses (vs. mechanical prostheses) for treating aortic valve disease, and this
167 ival were younger, weighed less, had smaller prostheses, greater ratio of prosthesis size:body weight
171 h-strength ceramic resin-bonded fixed dental prostheses have high long-term clinical success rates, e
172 rconia full-coverage crowns and fixed dental prostheses have high long-term survival rates when inser
173 loon mitral valvuloplasty and durable mitral prostheses have made the role of open mitral commissurot
177 y predictably be restored with fixed implant prostheses immediately upon fixture placement if certain
178 etinitis pigmentosa, who received epiretinal prostheses implanted monocularly as part of a U.S. Food
179 gnificantly reduces metal artifacts from hip prostheses, improves the reliability of CT number measur
183 llenges facing developers of cortical visual prostheses in addition to briefly outlining the epidemio
186 ) collagen-coated than to fibronectin-coated prostheses in the midgraft area (P < 0.05) after 24 hour
187 he use of existing mechanical and biological prostheses in the pediatric population is their failure
189 e the use of this control system in advanced prostheses, including motorized shoulders, elbows, wrist
190 From 1996 through 2013, the use of biologic prostheses increased substantially for aortic-valve and
192 ly stenotic small-diameter aortic mechanical prostheses is complicated by theoretical constraints rel
193 ntegrity of fiber-reinforced composite (FRC) prostheses is dependent, in part, on flexural rigidity.
194 udies looking at the survival of the various prostheses is essential to determine the efficacy and sa
199 significant limitation to improving auditory prostheses is our lack of understanding of the neural ba
200 IV with commercially available transcatheter prostheses is technically and clinically successful in p
202 re matched with nine others with no metallic prostheses (mean age, 56 years; range, 36-72 years; male
203 ewed to identify nine patients with metallic prostheses (mean age, 66 years; range, 35-86 years; male
204 nt an attractive alternative to the existing prostheses, merging the superior durability of mechanica
205 sue transfer, local flaps, and maxillofacial prostheses might achieve a more ideal result than one te
206 of (18)F-FDG uptake in noninfected vascular prostheses, misinterpretation of PET/CT studies in patie
207 ake was found in 92% of noninfected vascular prostheses, more in Dacron grafts than with other materi
208 g mitral valve replacement (MVR), mechanical prostheses (MPs) have been reported to give better freed
209 iming at physiological correction, TB avoids prostheses, narrow anastomoses, excluded segments, and m
211 l rehabilitation strategies, such as retinal prostheses, neural and stem cell transplantation, and mo
213 n and the implantation of artificial retinal prostheses offer promise for long-term sight restoration
214 riven flow in neurotransmitter-based retinal prostheses offers a novel approach to interfacing the ne
215 dical devices such as neurotransmitter-based prostheses or drug delivery devices require precise rele
217 onds, specifically resin-bonded fixed dental prostheses or partial-coverage restorations such as inla
218 er dental implants, hip prostheses, shoulder prostheses, or pedicle screws) and (68)Ga-labeled prosta
220 esign, veneering material, and the number of prostheses per arch had no influence on the prosthodonti
221 haracteristic lifetime were observed between prostheses placed anteriorly, 338 months (28 yr), and po
223 cal studies measuring the lifetime of dental prostheses produce censored data when not all specimens
225 t-prosthetic composites and proximal femoral prostheses provide reliable and stable hip reconstructio
226 om PPC may enable a new generation of neural prostheses providing superior performance and additional
227 iew summarizes the current status of retinal prostheses, recent accomplishments, and major remaining
228 posite allograft-prosthesis, or "expandable" prostheses reconstruction after adequate removal of the
231 95% CI, 50%-56%]) of patients without penile prostheses reported use of medications or other devices
232 metal implants (either dental implants, hip prostheses, shoulder prostheses, or pedicle screws) and
234 nd can potentially be used to improve neural prostheses.SIGNIFICANCE STATEMENT When generating moveme
237 be helped by the next generation of auditory prostheses: surface or penetrating auditory brainstem im
238 irbands, clothes, endovascular embolization, prostheses, surgical clips, intraorbital and other medic
239 tched patients with mechanical or biological prostheses, survival was not significantly different (67
240 for detecting infections associated with hip prostheses than for detecting infections associated with
241 ators, and designing and building artificial prostheses that can be controlled directly by brain-deri
242 the limb, will help to inform the design of prostheses that can restore function or accelerate recov
243 o restore functional form vision, epiretinal prostheses that elicit percepts by directly stimulating
245 First, a hip phantom with steel and titanium prostheses that had inlays of water, fat, and contrast m
249 ement with both balloon- and self-expandable prostheses that were not statistically significantly dif
251 ng patients regarding choices in heart valve prostheses, the clinician should help the patient weigh
253 al tissue for removable and implant-assisted prostheses, the structure and physiology of this wound-i
254 iomechanical integrity of the components and prostheses themselves are new issues to contend with for
255 tly preferred by patients over noninflatable prostheses, this review will focus on their current use,
256 ral activity into control signals to command prostheses to allow human patients to dexterously perfor
257 ined by sonication of explanted hip and knee prostheses to dislodge adherent bacteria from the prosth
258 from various metallic implantable devices or prostheses to effectively decrease biofilm-associated in
259 sthesis use, leading to a better matching of prostheses to individuals and enabling better evaluation
261 implications for the design of future neural prostheses to restore hearing to deaf individuals.SIGNIF
262 ation of somatosensory feedback into current prostheses) to enable prostheses that move and feel as r
264 ignificance of the presence of KM on implant prostheses types (i.e., fixed versus removable) and on i
266 function between stenotic aortic mechanical prostheses, undetectable by conventional orifice area es
269 eption, and an implanted Argus II epiretinal prostheses used a touchscreen to trace white paths on bl
271 ubjects with knee (n = 272) or hip (n = 162) prostheses; using a standardized definition, 144 had PJI
274 culture of samples obtained by sonication of prostheses was more sensitive than conventional peripros
276 for detecting infection associated with hip prostheses were 90%, 89.3%, and 89.5%, respectively.
277 for detecting infection associated with knee prostheses were 90.9%, 72.0%, and 77.8%, respectively.
287 Ga-PSMA) PET/CT scans of 7 patients with hip prostheses were scored by 2 experienced nuclear medicine
292 oating was established on ceramic middle ear prostheses, which then served as a base for further func
294 blood-contacting surfaces of cardiovascular prostheses with autologous endothelial cells to improve
295 This article describes the history of visual prostheses, with emphasis on the development of the Argu
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