戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1  stroboscopy, showed immobility of the right vocal cord.
2 armonics (or overtones) emanating from their vocal cords.
3 thirds of laryngeal cancers originate at the vocal cords.
4 related spectral peaks, e.g., as produced by vocal cords.
5        The lowest densities were seen in the vocal cords.
6 sociated with brief partial adduction of the vocal cords.
7                                              Vocal cord abnormalities occurred in 4/38 (11%) patients
8 n apparent exacerbation of the airway edema, vocal cord adduction that hinders glottic evaluation, an
9 , with multiple affected individuals in whom vocal cord and pharyngeal weakness may accompany the dis
10 goscopy revealed paradoxical movement of the vocal cords, and a diagnosis of vocal cord dysfunction (
11 During the attack, bronchoscopy revealed the vocal cord closing with stridor during the inspiratory p
12 ng both necessary and sufficient for driving vocal cord closure and eliciting mouse ultrasonic vocali
13  ventilatory depression and fentanyl-induced vocal cord closure in rats.
14  the age of eleven during an attack revealed vocal cord closure on inhalation and the patient was dia
15 inspiration needs override RAm(VOC)-mediated vocal cord closure.
16 typically involves abnormal adduction of the vocal cords during inspiration, mimics the symptoms of a
17                     We experienced a case of vocal cord dysfunction (VCD) in a child to whom an adren
18               Although an important cause of vocal cord dysfunction (VCD) is psychogenic reaction, VC
19                                              Vocal cord dysfunction (VCD) typically involves abnormal
20 ement of the vocal cords, and a diagnosis of vocal cord dysfunction (VCD) was made.
21 ing those associated with severe obesity and vocal cord dysfunction (VCD).
22 hy with the added features of pharyngeal and vocal cord dysfunction (VCPDM) that has not been previou
23  Chylothorax occurred in 28 patients (5.4%), vocal cord dysfunction in 22 patients (4.3%), and diaphr
24  of deficient oropharyngeal motor skills and vocal cord dysfunction is crucial to establish enteral n
25  had previous thyroid or neck surgery, known vocal cord dysfunction on laryngoscopy, hearing or voice
26 cribes seven elite athletes with psychogenic vocal cord dysfunction who presented with acute dyspnea
27 esophageal reflux, obstructive sleep apnoea, vocal cord dysfunction, obesity, dysfunctional breathing
28  disorder, panic attacks, globus hystericus, vocal cord dysfunction, scombroid poisoning, vasoactive
29 ons were limited to one transient unilateral vocal cord dysfunction.
30 variable extrathoracic airway obstruction of vocal cord dysfunction.
31                                              Vocal cord dysfunction/inducible laryngeal obstruction (
32 eflux disease, laryngopharyngeal reflux, and vocal cord dysfunction/inducible laryngeal obstruction).
33        However, laryngoscopy revealed normal vocal cord function.
34  morbidity rate was 6% (wound separation and vocal cord hemiparesis, one each).
35  (n = 5), meningitis/cerebritis (n = 2), and vocal cord infection (n = 1).
36                                              Vocal cord injury occurred after a shorter BB exposure t
37  communication in daily life for people with vocal cord lesions and laryngeal and lingual injuries wi
38     At baseline, an inclusion visit assessed vocal cord mobility via nasofibroscopy and voice quality
39                                              Vocal cord motion was examined endoscopically in 11 of t
40                                     Abnormal vocal cord motion was observed in two of the 11 patients
41 o confirm ISLN anaesthesia, and to visualise vocal cord movement and laryngeal closure.
42                                     The left vocal cord movement was impaired.
43 scopy performed at the test revealed bizarre vocal cord movement, which was diagnosed as VCD.
44 liminate the risk of postoperative bilateral vocal cord palsy (VCP) by indicating staged surgery in c
45                            Optic atrophy and vocal cord palsy were observed in patients with severe d
46                               Optic atrophy, vocal cord palsy, and auditory impairment were observed
47  and respiratory muscle weakness but without vocal cord palsy.
48 ew found that tracheoesophageal fistulae and vocal cord paralyses were the 2 most common airway injur
49 tracheoesophageal fistulae and 16 unilateral vocal cord paralyses.
50                           However, bilateral vocal cord paralysis has rarely been described.
51 complications such as hypoparathyroidism and vocal cord paralysis in a small proportion of patients.
52               Flexible bronchoscopy revealed vocal cord paralysis in paramedian position, potentially
53                                    Bilateral vocal cord paralysis is a rare but potentially fatal com
54 ion, while 1 minor skin burn and 1 permanent vocal cord paralysis occurred in the RFA treatment group
55 roup, tracheal surgery, hypotonic airway, or vocal cord paralysis or if they died before extubation.
56 e mean (SD) duration of ingestion leading to vocal cord paralysis was shorter than that of the genera
57 ultiple organ system failure, age of <6 mos, vocal cord paralysis, and noncooperation with nasal mask
58 l dysmotility (mid esophageal hematoma), and vocal cord paralysis, resulting in hoarse voice (upper e
59 ntellectual disabilities and, in some cases, vocal cord paralysis, tracheomalacia and cyclic vomiting
60 ve a subsequent tracheoesophageal fistula or vocal cord paralysis.
61          Twenty-three children had bilateral vocal cord paralysis.
62 ne serious adverse event related to surgery (vocal cord paresis) in the control group.
63 rotid glands (PRP, 51%; mean SUV, 1.90), and vocal cords (PRP, 19%; mean SUV, 1.77).
64 er radiotherapy as a function of whether the vocal cord regained mobility or remained fixed during or
65                                    By day 7, vocal cord remobilization occurred in 42.8% (6 of 14) of
66 est that oral corticosteroids do not enhance vocal cord remobilization or improve voice quality in pa
67                The proper development of the vocal cords requires embryos to contain a certain number
68 ity of the speaker is carried largely in the vocal cord source and the message is shaped by the ever-
69                   Of the 12 patients, 10 had vocal cord tumors, one had a hypopharyngeal tumor, and o
70 nt were assessed from the hard palate to the vocal cords using T1-weighted images.
71 he removal of enteral content from below the vocal cords, usually during endotracheal tube placement.
72 oxicity include congenital onset of disease, vocal cord weakness and motor-predominant disease, where
73 y typically resects only the tumor-involving vocal cord with a narrow margin.
74 ected involving the whole length of the left vocal cord, with abnormal mucosa also seen in the right
75 ance of liquid or puree bolus below the true vocal cords without coughing during a FEES examination.