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1 d space to the extracranial space, usually a paranasal sinus.
2 h malignant diseases of the nasal cavity and paranasal sinuses.
3 ized by inflammation of the nasal mucosa and paranasal sinuses.
4 s by herniation of orbital soft tissues into paranasal sinuses.
5 S) is an inflammation of the nose and of the paranasal sinuses.
6 nvolve the oral cavity, pharynx, larynx, and paranasal sinuses.
7 e epithelium of the submucosal glands in the paranasal sinuses.
8 be associated primarily with diseases of the paranasal sinuses.
9 area for the drainage and ventilation of the paranasal sinuses.
10 al runoff CT angiography (-48.6%), CT of the paranasal sinus (-39.6%), cerebral or carotid CT angiogr
11 red in 290/4155 (7.0%) patients (orbita, 31; paranasal sinuses, 93; main nasal cavity, 38; tongue, 27
12 usitis (AFS) is a devastating disease of the paranasal sinuses afflicting immunocompromised individua
13 or the presence of fluid and sediment in the paranasal sinuses and airways, mastoid air cell fluid, f
14 or correlations between anatomic variants of paranasal sinuses and chronic or recurrent sinusitis.
15  (CT) showed soft tissue lesions in the left paranasal sinuses and destruction of the left lamina pap
16       All drowning subjects had fluid in the paranasal sinuses and mastoid air cells and had ground-g
17 gested that the upper airways (including the paranasal sinuses and nasopharynx) play an important rol
18                                    The nose, paranasal sinuses, and associated lymphoid tissues play
19 inflammatory process in the nasal cavity and paranasal sinuses, and bacteria have been considered to
20  tumours arising within the nasal cavity and paranasal sinuses are rare and composed of several histo
21  a malignant-appearing soft-tissue mass with paranasal sinus base destruction.
22 is inaccurate in complex regions such as the paranasal sinuses, but brain region activities in 48 reg
23 ultidetector computed tomography (CT) of the paranasal sinus by using computer simulation of the effe
24 ectively analysed 214 patients who underwent paranasal sinus computed tomography.
25 iple orbital abscesses, and lack of adjacent paranasal sinus disease may be predictive factors that s
26 nly 3 of 15 patients had documented adjacent paranasal sinus disease on imaging.
27 performed to look for mucosal disease of the paranasal sinuses, drainage pathways, and presence of an
28 he assessment of inflammatory changes in the paranasal sinuses due to different parameters of width (
29 vely studied in patients with CRS and in the paranasal sinus epithelium thus far.
30                    In today's diagnostics of paranasal sinus infections, the role of evaluation of OM
31 to avoid missing inflammatory lesions in the paranasal sinuses, it is reasonable to use CT windows de
32  examinations of pathological changes in the paranasal sinuses may be due to selection of unsuitable
33  is an infection of the nasal epithelium and paranasal sinus mucosa, usually caused in children by St
34 y invasion of adjacent structures, including paranasal sinuses (n = 10), anterior fossa (n = 7), orbi
35 ), tracheobronchial tree (n=4), colon (n=3), paranasal sinuses (n=1), and shoulder joint (n=1) were g
36 e, with or without axial planes, through the paranasal sinuses, reconstructed in a sharp algorithm an
37            Fungal infections of the nose and paranasal sinuses represent a spectrum of diseases rangi
38 ned to demonstrate abnormal processes in the paranasal sinuses, temporal bones, base of the skull, an
39 pective analysis included 44 CT scans of the paranasal sinuses that were performed in adults.
40    We identified studies of nasal cavity and paranasal sinus tumours through searches of databases in
41                Routine multi-slice CT of the paranasal sinuses was performed to look for mucosal dise

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