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1 se model of Streptococcus pneumoniae-induced empyema.
2 etic joint infections as well bacteremia and empyema.
3 oscopic cholecystectomy due to a gallbladder empyema.
4 ly greater for patients with SSIs other than empyema.
5  a first diagnosis of sepsis, meningitis, or empyema.
6  patient in the intervention group developed empyema.
7 tients, possibly leading to lung abscess and empyema.
8 herapy and open thoracotomy in children with empyema.
9  pleural effusions, which rarely progress to empyema.
10 nase and VATS for the treatment of childhood empyema.
11 ce base to guide the management of childhood empyema.
12 ious mononucleosis complicated by unilateral empyema.
13 rm the best management approach in childhood empyema.
14 urgery (VATS) for the treatment of childhood empyema.
15 is, cellulitis at the thoracoscopy site, and empyema.
16 rtmentalized chemokine response in bacterial empyema.
17 l space, and impaired bacterial clearance in empyema.
18  and pulmonary nodules for 6 years developed empyema.
19  17% [7-27] in those aged 2-4 years) and for empyema (50% [95% CI 22-68] for children age <2 years, 4
20 thorax, paravertebral abscesses and epidural empyemas, abscess between adjacent vertebral bodies, abs
21 se, non-invasive pneumococcal pneumonia, and empyema (all coded by International Classification of Di
22 laparoscopic cholecystectomy for gallbladder empyema and died from severe respiratory failure.
23  greater proportion of patients had subdural empyema and hemiparesis in 2011-2013.
24 e in GP consultation rates was estimated for empyema and scarlet fever.
25 rainage of complicated pleural effusions and empyemas and it is the most effective drug in myocardial
26 uid levels of TGF-beta1 rise in experimental empyema as pleural fibrosis develops.
27 e life-threatening invasive diseases such as empyema, bacteremia and meningitis.
28                                          Two empyema cases required thoracic surgery.
29 eful to provide microbiological diagnosis of empyema caused by S. pyogenes.
30 sisted thoracic debridement in children with empyema compared with traditional therapy, as it decreas
31 ized with cCAP requiring pleural effusion or empyema drainage at Children's Hospital Colorado between
32 o our knowledge, this is the first report of empyema due to Mycoplasma salivarium.
33  TPE, 30 patients with MPE, 14 patients with empyema (EMP) and 14 patients with parapneumonic effusio
34 trial fibrillation in 42, chylothorax in 24, Empyema in 23, pneumonia in 21, Hemothorax in 12 and pul
35 Legionella feeleii serotype 2 pneumonia with empyema in a man with chronic lymphocytic leukemia and d
36 ditional management of pleural effusions and empyema in children, resulting in decreasing reliance on
37 ed thoracic debridement in the management of empyema in children.
38 are more likely to cause bacteremic LRTI and empyema in healthy vaccinated children.
39 s developed that closely resembles bacterial empyema in patients infected with human immunodeficiency
40 pyema necessitatis is a rare complication of empyema in which the pleural infection spreads outside o
41  a thoracic drainage procedure for a pleural empyema) in the ramucirumab plus erlotinib group.
42  pleural fluid of rabbits that had undergone empyema induction, as fibrosis of the pleural space deve
43               Thirty-seven rabbits underwent empyema induction.
44                                    Bacterial empyema is a frequent complication of pneumonia in patie
45 (n = 28), pleural effusion (n = 13), pleural empyema (n = 4), lung abscess (n = 7), pericarditis (n =
46                                Most cases of empyema necessitatis are related to Mycobacterium tuberc
47                            Only two cases of empyema necessitatis due to methicillin-resistant S. aur
48                                              Empyema necessitatis is a rare complication of empyema i
49 rely been reported as the causative agent of empyema necessitatis, with the majority of S. aureus iso
50 l complications (eg, parapneumonic effusion, empyema, necrotising pneumonia, and lung abscess) and sy
51  pneumonitis, lung abscess, and occasionally empyema of mixed bacterial etiology (Staphylococcus spec
52 irrhosis and portal hypertension (18.2%) and empyema or perforated gallbladder (6.1%).
53 g, PAL was associated with increased odds of empyema (OR = 8.5; P < 0.001), requirement for additiona
54 5% confidence interval (CI),7.94-19.18]} and empyema, [OR 11.66 (95% CI, 7.31-18.63)] were associated
55      Associations between cause of effusion (empyema, parapneumonic effusion, rejection, other), resp
56  to the treatment of common problems such as empyema, pneumothorax, and lung biopsy has significantly
57 ah had a high rate of pediatric pneumococcal empyema (PPE) prior to licensure of the pneumococcal con
58                                              Empyema rates increased from 8.5/100,000 children in the
59 ersal of the PCV7 era increase in paediatric empyema related to strain replacement.
60  newly identified target for amelioration of empyema-related pleural fibrosis and provide a strong ra
61 of the admission, disease focus (meningitis, empyema, sepsis, or respiratory disease) and case fatali
62 sease due to nonvaccine serotypes, including empyema; the emergence of multidrug, including ceftriaxo
63                                 Lung abscess/empyema, tracheitis, encephalopathy, bacteremia/sepsis,
64             A model of Staphylococcus aureus empyema was developed that closely resembles bacterial e
65                                              Empyema was most common (42%), followed by surgical woun
66 piratory tract infections (LRTIs), including empyema, were notified by clinicians across the UK.