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1 xperienced, 38 inexperienced) interpreted 23 endoluminal 3D three-dimensional CT colonographic videos
2  to minimally invasive (eg, sclerotherapy or endoluminal ablation), invasive (surgical techniques), a
3 um and the ileum and more accurately depicts endoluminal abnormalities and early disease, particularl
4 Both CFDI and IVUS depict the blood flow and endoluminal abnormalities of RA FMD.
5  The observation that CFDI and IVUS depicted endoluminal abnormalities suggestive of RA FMD in some p
6 nic acid ( P = 0.005) within in vivo gastric-endoluminal air gave an area under the curve of 0.80 (95
7 ighest concentrations within esophagogastric-endoluminal air.
8 eath, isolated bronchial breath, and gastric-endoluminal air.
9  least matches the sensitivity of primary 3D endoluminal analysis, with fewer false-positive findings
10 olyp detection, while three-dimensional (3D) endoluminal and 2D multiplanar views were available for
11        This scoping review revealed that the endoluminal and minimally invasive surgical devices for
12 flexible robotic platforms that could permit endoluminal and transluminal surgery in the future.
13 nces in endovascular treatment, percutaneous endoluminal angioplasty has become particularly attracti
14 t of obesity and its comorbidities, as novel endoluminal approaches demonstrate their safety and effi
15 addressed endoscopically, and to learn about endoluminal approaches that may provide alternatives to
16 ication of picosecond laser pulses to ablate endoluminal bowel lesions demonstrates significantly imp
17 d be used as a first line approach, with the endoluminal brush reserved for cases where blood cannot
18 enous catheter vs. peripheral blood, and the endoluminal brush with peripheral blood culture.
19 flush), and a third technique, done in situ (endoluminal brush) in conjunction with quantitative peri
20 l, each lumen was sampled in vitro using the endoluminal brush, and the tip was then cultured using t
21                     The sensitivities of the endoluminal brush, quantitative culture, and differentia
22  By comparison, the tip-roll, tip-flush, and endoluminal-brush methods had sensitivities of 90%, 95%,
23 ith multiple-lumen central venous catheters, endoluminal brushing was positive for one, two, and thre
24 as designed to coregister the coordinates of endoluminal colonic surfaces on images from prone and su
25 ee of surface coverage at 3-dimensional (3D) endoluminal computed tomography colonography (CTC) after
26                                    Automatic endoluminal coregistration by using an algorithm at init
27                   In a porcine model, severe endoluminal coronary injury resulted in fibroblast proli
28 myofibroblasts within neointima after severe endoluminal coronary injury.
29        Conclusion Faster navigation speed at endoluminal CT colonography led to progressive restricti
30                             On IVUS, various endoluminal defects (eccentric ridges; fluttering membra
31 ruptured aorta, delayed surgical repair, and endoluminal deployment of stent-grafts are new developme
32      Radiologists used the three-dimensional endoluminal display for the initial detection of polyps
33 asured at CT colonography with 2D MPR and 3D endoluminal displays and electronic calipers by four rad
34 raphy) for 2D transverse, 2D coronal, and 3D endoluminal displays were 1.6 mm +/- 0.8 (standard devia
35 mmend to attempt interventional therapy with endoluminal endoscopic negative pressure therapy in pati
36              Both patients were treated with endoluminal endoscopic negative pressure therapy with si
37 ents with ETLs, during >/=1 freeze cycle the endoluminal esophageal temperature measured <3.0 degrees
38                                          The endoluminal esophageal temperature was monitored via a t
39 examine the histological consequences of the endoluminal exclusion of blood flow effected with stent
40                                              Endoluminal exclusion via transfemoral placement of a th
41                           No patient with an endoluminal flap or diverticulum at CT had dehiscence at
42  bioresorbable coronary bypass graft with an endoluminal "flap" identified during OCT acquisition.
43                                              Endoluminal flaps and linear air collections caused by s
44                                              Endoluminal flaps and linear or spherical air collection
45  nearby coronary arteries because of cooling endoluminal flow.
46 an surface coverage after only retrograde 3D endoluminal fly-through from rectum to cecum was 76.6% +
47 ders who inspected eight short (<30 seconds) endoluminal fly-through videos extracted from computed t
48        Histology, distensibility measured by endoluminal functional lumen imaging probe, and symptoms
49 opic device, which allows for creation of an endoluminal fundoplication.
50  highlight the potential to utilize VFAs for endoluminal-gas biopsies and noninvasive mixed-exhaled-b
51 and Drug Administration recently cleared new endoluminal gastroesophageal reflux disease treatments;
52 pair (COR) was performed in 210 patients and endoluminal graft (ELG) repair in 260 patients.
53                        Since the approval of endoluminal grafts for treatment of AAA, endovascular re
54 equent and others such as lipoma) present as endoluminal growth, with defined borders and homogeneous
55 ed to tube voltage independently assessed 3D endoluminal image quality.
56 ltiplanar reformation, and three-dimensional endoluminal images for the optimal visualization of the
57  coronal reformations, and three-dimensional endoluminal images were interpreted by two radiologists
58 ages (multiplanar two- and three-dimensional endoluminal images) were evaluated separately by two rad
59 scuss the major technologies in each area of endoluminal imaging and molecular imaging followed by ap
60 50 is up-regulated in intimal VSMC following endoluminal injury and promotes neointima formation.
61 s, into the rat carotid arteries after acute endoluminal injury and that MPA blocks this effect.
62    Targeted delivery of ECs to arteries with endoluminal injury provides a novel strategy for the pre
63 asts in coronary repair and remodeling after endoluminal injury.
64 omotes structural recovery of arteries after endoluminal injury.
65 phils, into rat carotid arteries after acute endoluminal injury.
66 t migration into neointima of arteries after endoluminal injury.
67              Tracking a reader's gaze during endoluminal interpretation of 3D data sets is technicall
68                                              Endoluminal interventions for GJ reduction are being exp
69 cal impedance spectroscopy (EIS) sensors for endoluminal investigations in New Zealand White (NZW) ra
70          Our experimental data indicate that endoluminal irradiation with LPRLL prevents restenosis a
71                                              Endoluminal laser therapy was performed using a laser-ba
72 This study evaluated the long-term impact of endoluminal low power red laser light (LPRLL) on resteno
73         To directly measure the influence of endoluminal markers of GI activity on the emotional expe
74 ening of the endometrium or an inhomogeneous endoluminal mass.
75 nated, homogeneously echogenic, pedunculated endoluminal mass.
76 rial histologic findings, but all women with endoluminal masses require further histologic evaluation
77 erences in mean errors between 2D MPR and 3D endoluminal measurements were significant (P < .05).
78      MR imaging techniques clearly highlight endoluminal, mural and extramural enteric details and pr
79 bound acetyltransferases responsible for the endoluminal N()-lysine acetylation of ER-transiting and
80 urrently relies on histological detection of endoluminal neoplasia in biopsy specimens.
81    We also evaluated the long-term effect of endoluminal nonablative infrared laser irradiation on ne
82  erosion of the esophageal wall with partial endoluminal penetration of the device occurred.
83 nitial CT colonography allowed prediction of endoluminal polyp location at subsequent CT colonography
84 rvers independently scored three-dimensional endoluminal polyp registration success.
85                 Restenosis at the site of an endoluminal procedure remains a significant problem in t
86 based, ex vivo platform coupled with in vivo endoluminal propagation in animals.
87 tform, we created a viscerotomy distal to an endoluminal purse-string suture.
88                                              Endoluminal recanalization and stent placement in chroni
89 ed tissue adhesives offer a new strategy for endoluminal repair.
90 om therapeutic endoscopic interventions (eg, endoluminal resection and endoscopic sphincterotomy) and
91                                       During endoluminal review by two observers (272 matching tasks,
92 from 300 kHz to 100 Hz were delivered to the endoluminal sites.
93                              High-resolution endoluminal sonography (HRES) was used to image and meas
94                              High resolution endoluminal sonography allows quantitative measurement o
95 surement of variceal size by high resolution endoluminal sonography is an accurate, reproducible meth
96 infrarenal abdominal aortic aneurysm with an endoluminal stent graft.
97 owing treatment of aortoiliac aneurysms with endoluminal stent-grafts.
98 sequent use of surgery, radiotherapy, and/or endoluminal stenting to manage primary tumor complicatio
99 curate than the NDACC method for mapping the endoluminal surface and matching the location of polyps
100                                          The endoluminal surface of this shunt was otherwise patent.
101 as used continually tracks the percentage of endoluminal surface visualized.
102 hrough typically excludes 20% or more of the endoluminal surface, which may provide insight into pote
103 on allowed EIS sensors to be in contact with endoluminal surface.
104  supine polyp coordinates were recorded, and endoluminal surfaces were registered automatically by us
105                                              Endoluminal surgery for the treatment of colorectal neop
106  explore new frontiers of minimally invasive endoluminal surgery.
107 rology, we believe that it holds promise for endoluminal therapeutic ureterorenoscopy.
108                                   Fetoscopic endoluminal tracheal occlusion (FETO) has been associate
109 rvational studies have shown that fetoscopic endoluminal tracheal occlusion (FETO) has been associate
110                                   Fetoscopic endoluminal tracheal occlusion (FETO) stimulates lung gr
111 iotic fluid of fetuses undergoing fetoscopic endoluminal tracheal occlusion (FETO) to reverse severe
112 re currently an established component of the endoluminal treatment of stenoses within the blood vesse
113 eeded to determine the long-term efficacy of endoluminal treatment to prevent rupture and death due t
114       It is through progress in the areas of endoluminal ultrasound imaging of esophageal varices and
115                          In two protocols an endoluminal ultrasound-manometry assembly was drawn thro
116 nts with tumors staged as T3 on preoperative endoluminal ultrasound.
117                Color flow duplex imaging and endoluminal US have significantly expanded the diagnosti
118                                   Preemptive endoluminal vacuum therapy (pEVT) is a novel concept to
119                                              Endoluminal vacuum therapy is an accepted treatment for
120                                              Endoluminal vacuum-assisted therapy could have a role in
121                                              Endoluminal vacuum-assisted therapy might be an effectiv
122 y managed with a non-surgical approach using endoluminal vacuum-assisted therapy.
123      E2 may limit the neointimal response to endoluminal vascular injury, at least in part, by limiti
124 n plays an important role in the response to endoluminal vascular injury.
125 e adventitia participates in the response to endoluminal vascular injury.
126               Linear polyp measurement on 3D endoluminal views was significantly more accurate than m
127 ts, which were randomized between primary 3D endoluminal views with 2D problem solving and 2D views s
128                                              Endoluminal virtual angioscopic views of the stent-conta
129                                              Endoluminal virtual computed tomographic (CT) cholangiop
130   Continuing innovation will seek to improve endoluminal visualization, reduce interobserver variabil

 
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