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1 s reporting M3 impaction prevalence based on radiographic examination.
2 nation within the year after the index chest radiographic examination.
3 e 70 patients (27%) who completed the 1-year radiographic examination.
4 teria, after physical, microbiologic, and/or radiographic examination.
5 /CT examination versus 0.1 mSv for one chest radiographic examination.
6 ent needs is primarily based on clinical and radiographic examinations.
7 questionnaires, interviews, and clinical and radiographic examinations.
8 to clinical, microbiologic, immunologic, and radiographic examinations.
9 ement, recommended clinical, laboratory, and radiographic examinations.
10 y sites compared times for multiview general radiographic examinations.
11 f the cases were followed using clinical and radiographic examinations.
12                                 Clinical and radiographic examinations 1 year post-surgery indicated
13                             Of the 376 chest radiographic examinations, 37 (10%) exhibited the charac
14  of 6.9 3.7 years) were given a clinical and radiographic examination and a questionnaire to assess p
15 ns obtained within 1 year of the index chest radiographic examination and that met inclusion criteria
16 isease using annual tuberculin skin testing, radiographic examinations, and microbiological diagnosis
17                                 Clinical and radiographic examinations are essential in establishing
18                                 Conventional radiographic examinations, as well as more sophisticated
19       All patients were requested to undergo radiographic examinations at the fifth annual followup v
20 was assessed based on clinical and intraoral radiographic examinations at the recalls after 6, 12, 24
21  a PACS workstation influenced the time from radiographic examination completion to the time when MIC
22   The patients were followed by clinical and radiographic examinations for 24 months after prosthetic
23  Three hundred seventy-six in-hospital chest radiographic examinations for 366 individual patients we
24 l age 9 years using tuberculin skin testing, radiographic examinations, GeneXpert, and sputum testing
25 e an abnormal finding on an outpatient chest radiographic examination has a high yield of clinically
26                                     Standard radiographic examinations have average effective doses t
27                                      Current radiographic examinations, however, do not provide adequ
28 arding TB, as well as tuberculin testing and radiographic examination (if indicated), should be an es
29 tients (78%) underwent imaging in the ED; 57 radiographic examinations in 30 patients and 16 computed
30                         Effective doses from radiographic examinations in the extremely obese can exc
31                   The number of conventional radiographic examinations increased by an average of 7%
32 ent of the MTP with the x-ray beam in serial radiographic examinations) may occur more rapidly, and w
33 signation that is determined by clinical and radiographic examination of the patient and a postoperat
34 graphic records were preserved, we undertook radiographic examination of the skeletons of Dolly and h
35             Patients were subjected to plain radiographic examinations of abdomen which revealed larg
36 erring podiatrists and rheumatologists order radiographic examinations of increased intensity compare
37 survey of facilities that perform diagnostic radiographic examinations of the abdomen and lumbosacral
38        The conventional ultrasonographic and radiographic examinations of the abdomen are insufficien
39                                              Radiographic examinations of the chest were likewise uns
40 7 revised criteria were requested to undergo radiographic examinations of the hands and feet at the f
41 ntal schools obtained pre-determined routine radiographic examinations on most new patients.
42           The U.S. population has nearly one radiographic examination per person per year, and concer
43              Reports of all outpatient chest radiographic examinations performed at a large academic
44 ed manually in fluoroscopically standardized radiographic examinations performed at baseline, 16 mont
45 reviewed 1 year of claims data for extremity radiographic examinations performed by a referring physi
46 eyed by mail regarding the preferred initial radiographic examination prescribed for non-emergency, c
47 ignificantly related to the distributions of radiographic examinations prescribed for dentulous adult
48                                              Radiographic examination revealed separation of cervical
49                                 Clinical and radiographic examination revealed significant loss of at
50                                              Radiographic examination revealed taurodontism in both p
51                                              Radiographic examination showed that some of these parti
52 n recalled (>=1 y after T1) for clinical and radiographic examination (T2).
53 tion was obtained within 1 year of the index radiographic examination that contained the recommendati
54 erval {CI}: 4.3%, 4.8%]) of outpatient chest radiographic examinations that contained a recommendatio
55                      Of the 159 (6.1%) chest radiographic examinations that yielded abnormal results,
56                                           By radiographic examination, the mean thicknesses of sinus
57 s evident because individuals had to undergo radiographic examination to be included in the analysis.
58 suring 2.0 x 2.5 cm in diameter was noted on radiographic examination to extend into the right maxill
59 eline and 12 months, a complete clinical and radiographic examination was done.
60 nd 12 and 24 months, a complete clinical and radiographic examination was done.
61 upper gastrointestinal tract barium-contrast radiographic examination was performed at 1 year to asse
62                      A complete clinical and radiographic examination was performed at baseline and 1
63                               A clinical and radiographic examination was performed at baseline and 1
64 of the superstructure, a microbiological and radiographic examination was performed.
65                                              Radiographic examinations were performed at implant inst
66                                 Clinical and radiographic examinations were performed at implant plac
67                                 Clinical and radiographic examinations were performed to assess ridge
68                                 Clinical and radiographic examinations were performed to establish di
69                                          All radiographic examinations were performed using a Philips
70                                 Clinical and radiographic examinations were performed.
71                                 Clinical and radiographic examinations were performed; in conjunction
72 T with TCM was performed after one localizer radiographic examination with anteroposterior (AP) or po
73 l can replace the two yearly follow-up chest radiographic examinations without major dose penalty and