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1      After maximum lung recruitment, lateral decubitus and differential lung ventilation enabled the
2              After lung recruitment, lateral decubitus and differential lung ventilation may enable t
3  by a double-lumen one, we initiated lateral decubitus and differential ventilation.
4 r resolution or persistence at posttreatment decubitus CT myelography (CTM).
5 0 patients who underwent final posttreatment decubitus CTM examinations showed CVF resolution.
6 arious positions, including sitting, lateral decubitus, FD (with the CLS-instrumented eye toward the
7 ndent eye when measured in the right lateral decubitus position (18.8+/-2.9 vs 17.7+/-3.1 mmHg; P = 0
8  not attain significance in the left lateral decubitus position (P = 0.076).
9 hageal impedance and pH in the right lateral decubitus position after a refluxogenic meal; session 1
10            Patients assumed the left lateral decubitus position after exercise.
11  HDR, head rotation performed in the lateral decubitus position did not elicit hypotension.
12  or an inability to lie in the right lateral decubitus position for gastric ultrasonography were excl
13 tion that turning a patient into the lateral decubitus position produces similar increases in VO2.
14 ular microscopy was performed in the lateral decubitus position under general anesthesia, before surg
15  patients were evaluated in the left lateral decubitus position with gray-scale, color Doppler, and p
16  prone or supine position or (b) the lateral decubitus position with the biopsy side down.
17            All patients underwent MRI in the decubitus position with their legs extended, followed by
18 head rotation (chin to chest) in the lateral decubitus position, which simulates HDR but does not alt
19 during standing and passively in the lateral decubitus position.
20 ent side when the subject was in the lateral decubitus position.
21 ss the finding persists in the contralateral decubitus position.
22 fter the patient turned to the contralateral decubitus position.
23 one involved turning patients to the lateral decubitus position.
24                                      Lateral decubitus positions may result in a small increase in th
25  supine position, and right and left lateral decubitus positions, with the order of measurements also
26 isease were also examined in supine and both decubitus positions.
27           After 90 min, in the right lateral decubitus, the percent gastric emptying was 60% +/- 25%.
28  Surgical reinterventions may be hampered by decubitus, treatment-related adverse events, and cost.
29 (adjusted risk ratio, 2.10), have a stage IV decubitus ulcer (adjusted risk ratio, 2.28), or have had
30  0.03% for keratinocyte carcinoma, 0.03% for decubitus ulcer, and 0.01% for alopecia areata.
31 te respiratory distress syndrome, pneumonia, decubitus ulcer, and death) and hospital length of stay
32 st month of life, the presence of a stage IV decubitus ulcer, and hospice enrollment in the last 3 da
33                                              Decubitus ulcer, psoriasis, and leprosy demonstrated rev
34 s, acne vulgaris, pruritus, alopecia areata, decubitus ulcer, urticaria, scabies, fungal skin disease
35 95--0.0334) were independent predictors of a decubitus ulcer.
36  the acute physiology score, and presence of decubitus ulcer.
37                                              Decubitus ulcers confer significant morbidity to critica
38 ient factors contributed to the formation of decubitus ulcers in our critically ill patients, and hyp
39 n initial analysis of patients who developed decubitus ulcers in the surgical intensive care unit (IC
40 y be instituted to decrease the incidence of decubitus ulcers include early nutrition, early mobiliza
41 e 3.8%) during phase I, but the incidence of decubitus ulcers increased significantly over time to 9%
42                             The incidence of decubitus ulcers is increasing in critically ill patient
43                          One hundred and one decubitus ulcers occurred (incidence 3.8%) during phase
44                                 Thirty-three decubitus ulcers occurred among the 412 patients (incide
45             Patients with extensive necrotic decubitus ulcers or other surgical emergencies should no
46 tic exposures, comorbidities (eg, stage IV + decubitus ulcers) and indwelling medical devices (eg, ga
47 achexia has been associated with infections, decubitus ulcers, and even death.
48 nal level, presence of a gastrostomy tube or decubitus ulcers, and prior receipt of ciprofloxacin and
49 alization or ED visits, falls and fractures, decubitus ulcers, and worsening cognition or behavioral
50 ition, ULOS, mortality, days to formation of decubitus ulcers, Cornell ulcer risk score, and other de
51 uries, nontraumatic conditions, and pressure/decubitus ulcers, were in a language other than English,
52 confer significant risk for the formation of decubitus ulcers.
53  independent risk factors for development of decubitus ulcers; p <.05.
54  of 246 studies (58.1%) with addition of the decubitus view (P < .0001).
55    The authors believe that a left-side-down decubitus view should be included in the initial evaluat
56                                   Adding the decubitus view to the KUB view increased the number of d
57  increased to 43 of 58 (74.1%) with KUB plus decubitus views (P = .0215).
58 two pediatric radiologists evaluated KUB and decubitus views for four variables: (a) discrete mass an
59                              The addition of decubitus views increased the number of diagnostically d
60 on criteria: kidney ureter bladder (KUB) and decubitus views obtained, with subsequent proof of diagn
61  KUB view and supine KUB plus left-side-down decubitus views was tested with the McNemar test.
62 well in critically ill patients that lateral decubitus x-rays are rarely needed.