Pleural infection is a potentially serious infection of the fluid normally found around the lung and current evidence suggests its incidence is increasing in both adult and paediatric populations. Identification of bacterial pathogens causing pleural infection is of paramount importance in the clinical care of patients are currently, only 40% of patients have a laboratory confirmed microbiological diagnosis for their pleural infection. An unclear diagnosis can be due to various reasons such as a small sample volume therefore the aim of the AUDIO study is to ascertain the capacity of pleural biopsies in improving the microbiological yield of pleural infection. Currently, there are no well validated methods for identifying patients presenting with pleural infection on the basis of initial ultrasound imaging. The AUDIO study will define the role of baseline thoracic ultrasound in predicting the radiographic, clinical and surgical outcomes of patients with pleural infection. The AUDIO study aims to recruit 50 patients from 2 centres with specific pleural expertise and these patients will be followed up over a 12 month period. Investigators hope that through the information gathered from ultrasound imaging and pleural biopsies, it will aid physicians' clinical and therapeutic decision making when treating patients with pleural infection.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
BASIC_SCIENCE
Enrollment
20
6 - 8 pleural biopsy samples will be taken before the insertion of the chest drain. These samples will be sent to microbiology for examination.
North Bristol NHS Trust, Southmead Hospital
Bristol, United Kingdom
Oxford Respiratory Trials Unit, Churchill Hospital
Oxford, United Kingdom
To increase microbiological yield.
Time frame: Positive microbiological results on pleural biopsy at baseline compared with positive microbiological results on pleural fluid.
Radiographic improvement in area of pleural collection measured by the percentage of the ipsilateral hemithorax occupied by effusion on chest radiography.
Time frame: Day 1 and Day 7
Mortality from pleural infection
Time frame: 3 and 12 months
Duration of hospital (in patient) stay
Time frame: From the date of initial hospital admission to the date of discharge assessed up to 2 weeks.
Necessity for surgical fluid drainage documented in case report forms over study completion
Time frame: 3 and 12 months
Pleural fluid drainage over 7 days
Time frame: First 7 days of trial involvement
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