For many years,ultrasound was thought to have no indications in pulmonary imaging because lungs are filled with air,creating no acoustic mismatch,as encountered by ultrasound wave beam.Lung ultrasound(LUS)was started ...For many years,ultrasound was thought to have no indications in pulmonary imaging because lungs are filled with air,creating no acoustic mismatch,as encountered by ultrasound wave beam.Lung ultrasound(LUS)was started in adult critical care settings to detect pleural effusion and acquired more indications over time.In the neonatal intensive care unit(NICU),the use of chest ultrasound has gained more attention during the last two decades.Being a radiation-free,bedside,rapid,and handy tool,LUS started to replace chest X-rays in NICU.Using LUS depends upon understanding the nature of normal lungs and the changes induced by different diseases.With the help of LUS,an experienced neonatologist can detect many of the respiratory problems so fast that interventional therapy can be introduced as early as possible.LUS can diagnose pleural effusion,pneumothorax,pneumonia,transient tachypnoea of the newborn,respiratory distress syndrome,pulmonary atelectasis,meconium aspiration syndrome,bronchopulmonary dysplasia,and some other disorders with very high accuracy.LUS will be helpful in initial diagnosis,follow-up,and predicting the need for further procedures such as mechanical ventilation,diuretic therapy,surfactant therapy,etc.There are some limitations to using LUS in some respiratory disorders such as bullae,interstitial emphysema,and other conditions.This review will highlight the importance of LUS,its uses,and limitations.展开更多
Background and Aims While chest X-ray (CXR) has been a conventional tool in intensive care units (ICUs) to identify lung pathologies, computed tomography (CT) scan remains the gold standard. Use of lung ultrasound (LU...Background and Aims While chest X-ray (CXR) has been a conventional tool in intensive care units (ICUs) to identify lung pathologies, computed tomography (CT) scan remains the gold standard. Use of lung ultrasound (LUS) in resource-rich ICUs is still under investigation. The present study compares the utility of LUS to that of CXR in identifying pulmonary edema and pleural effusion in ICU patients. In addition, consolidation and pneumothorax were analyzed as secondary outcome measures. Material and Methods This is a prospective, single centric, observational study. Patients admitted in ICU were examined for lung pathologies, using LUS by a trained intensivist;and CXR done within 4 hours of each other. The final diagnosis was ascertained by an independent senior radiologist, based on the complete medical chart including clinical findings and the results of thoracic CT, if available. The results were compared and analyzed. Results Sensitivity, specificity and diagnostic accuracy of LUS was 95%, 94.4%, 94.67% for pleural effusion;and 98.33%, 97.78%, 98.00% for pulmonary edema respectively. Corresponding values with CXR were 48.33%, 76.67%, 65.33% for pleural effusion;and 36.67%, 82.22% and 64.00% for pulmonary edema respectively. Sensitivity, specificity and diagnostic accuracy of LUS was 91.30%, 96.85%, 96.00% for consolidation;and 100.00%, 79.02%, 80.00% for pneumothorax respectively. Corresponding values with CXR were 60.87%, 81.10%, 78.00% for consolidation;and 71.3%, 97.20%, 96.00% for pneumothorax respectively. Conclusion LUS has better diagnostic accuracy in diagnosis of pleural effusion and pulmonary edema when compared with CXR and is thus recommended as an effective alternative for diagnosis of these conditions in acute care settings. Our study recommends that a thoracic CT scan can be avoided in most of such cases.展开更多
Pleural effusion is a common complication of acute lung infection, with rising morbidity and mortality. If poorly treated, parapneumonic effusion evolves to the fibrino-purulent stage wherein antibiotic therapy alone ...Pleural effusion is a common complication of acute lung infection, with rising morbidity and mortality. If poorly treated, parapneumonic effusion evolves to the fibrino-purulent stage wherein antibiotic therapy alone becomes inadequate. Chest CT is the gold standard diagnostic imaging tool, however, in a resource-limited context, it may not be performed. Chest ultrasound can therefore be an alternative for drainage and intermittent follow-up of complicated parapneumonic pleural effusions. We report the case of a 4-year-old child who presented with cough, breathing difficulties and fever for over two weeks and in whom an initial chest X-ray revealed a left hemithorax white-out with an air-fluid level. Chest ultrasound revealed a left pleuropulmonary massive fluid collection with an encysted empyema. It also allowed ultrasound-guided pleural effusion drainage of a fibrino-purulent liquid which tested positive for Kocuria kristinae, a bacterium sensitive to gentamycin, vancomycin, norfloxacin and clindamycin. The next follow-up ultrasound checks showed improvement and the control chest X-ray performed one month later demonstrated pulmonary functional recovery. This case highlights the importance of ultrasound in the management and follow-up of this chest pathology in resource-limited settings.展开更多
BACKGROUND Chest pain is one of the most common symptoms with which a patient presents to a doctor.Differentials include,but are not limited to,cardiac pulmonary,gastrointestinal,psychosomatic and musculoskeletal caus...BACKGROUND Chest pain is one of the most common symptoms with which a patient presents to a doctor.Differentials include,but are not limited to,cardiac pulmonary,gastrointestinal,psychosomatic and musculoskeletal causes.In our case,ultrasound of the chest wall paved the way for the diagnosis of multiple myeloma,which occultly presented with chronic chest pain.CASE SUMMARY Here we report a case of 50-year-old man with chronic chest pain without anemia or renal failure who was diagnosed with multiple myeloma,despite negative bence jones protein and M band electrophoresis.An ultrasound of the chest wall showed cortical irregularities along with a hypoechoic mass in the sternum and left 5th rib,which helped us in clinching the diagnosis.CONCLUSION Ultrasound of bone can often aid in reaching a diagnosis indirectly if not directly.展开更多
Introduction: The diagnosis of pneumonia is usually made based on clinical manifestations and chest X-ray. The use of ultrasound in detecting pulmonary diseases in general, and especially consolidation syndrome has be...Introduction: The diagnosis of pneumonia is usually made based on clinical manifestations and chest X-ray. The use of ultrasound in detecting pulmonary diseases in general, and especially consolidation syndrome has been demonstrated. The objective of this study was to determine the accuracy of thoracic ultrasound compared to chest X-ray in the diagnosis of infectious pneumonia in children. Methods: Children between 0 to 15 years were included in our study. The lung ultrasound results obtained were compared with those of the chest X-ray used as the reference. Our data were introduced into the EpiInfo 3.5.4 software and analyzed with the EpiInfo 3.5.4 and IBMSPSS Statistics version 20.0 softwares. Microsoft Office Excel 2016 was used to produce Charts. Continuous quantitative variables were presented. Cohen’s Kappa concordance test was applied with confidence interval of 95%. Results: 52 children were enrolled in the study. In imaging, the dominant sign was consolidation syndrome (75.0%) of cases by chest radiography, and in 78.8% of cases by lung ultrasound (p Conclusion: Our study demonstrated that lung echography is a non-ionizing and reliable tool in the diagnosis of childhood’s pneumonia.展开更多
文摘For many years,ultrasound was thought to have no indications in pulmonary imaging because lungs are filled with air,creating no acoustic mismatch,as encountered by ultrasound wave beam.Lung ultrasound(LUS)was started in adult critical care settings to detect pleural effusion and acquired more indications over time.In the neonatal intensive care unit(NICU),the use of chest ultrasound has gained more attention during the last two decades.Being a radiation-free,bedside,rapid,and handy tool,LUS started to replace chest X-rays in NICU.Using LUS depends upon understanding the nature of normal lungs and the changes induced by different diseases.With the help of LUS,an experienced neonatologist can detect many of the respiratory problems so fast that interventional therapy can be introduced as early as possible.LUS can diagnose pleural effusion,pneumothorax,pneumonia,transient tachypnoea of the newborn,respiratory distress syndrome,pulmonary atelectasis,meconium aspiration syndrome,bronchopulmonary dysplasia,and some other disorders with very high accuracy.LUS will be helpful in initial diagnosis,follow-up,and predicting the need for further procedures such as mechanical ventilation,diuretic therapy,surfactant therapy,etc.There are some limitations to using LUS in some respiratory disorders such as bullae,interstitial emphysema,and other conditions.This review will highlight the importance of LUS,its uses,and limitations.
文摘Background and Aims While chest X-ray (CXR) has been a conventional tool in intensive care units (ICUs) to identify lung pathologies, computed tomography (CT) scan remains the gold standard. Use of lung ultrasound (LUS) in resource-rich ICUs is still under investigation. The present study compares the utility of LUS to that of CXR in identifying pulmonary edema and pleural effusion in ICU patients. In addition, consolidation and pneumothorax were analyzed as secondary outcome measures. Material and Methods This is a prospective, single centric, observational study. Patients admitted in ICU were examined for lung pathologies, using LUS by a trained intensivist;and CXR done within 4 hours of each other. The final diagnosis was ascertained by an independent senior radiologist, based on the complete medical chart including clinical findings and the results of thoracic CT, if available. The results were compared and analyzed. Results Sensitivity, specificity and diagnostic accuracy of LUS was 95%, 94.4%, 94.67% for pleural effusion;and 98.33%, 97.78%, 98.00% for pulmonary edema respectively. Corresponding values with CXR were 48.33%, 76.67%, 65.33% for pleural effusion;and 36.67%, 82.22% and 64.00% for pulmonary edema respectively. Sensitivity, specificity and diagnostic accuracy of LUS was 91.30%, 96.85%, 96.00% for consolidation;and 100.00%, 79.02%, 80.00% for pneumothorax respectively. Corresponding values with CXR were 60.87%, 81.10%, 78.00% for consolidation;and 71.3%, 97.20%, 96.00% for pneumothorax respectively. Conclusion LUS has better diagnostic accuracy in diagnosis of pleural effusion and pulmonary edema when compared with CXR and is thus recommended as an effective alternative for diagnosis of these conditions in acute care settings. Our study recommends that a thoracic CT scan can be avoided in most of such cases.
文摘Pleural effusion is a common complication of acute lung infection, with rising morbidity and mortality. If poorly treated, parapneumonic effusion evolves to the fibrino-purulent stage wherein antibiotic therapy alone becomes inadequate. Chest CT is the gold standard diagnostic imaging tool, however, in a resource-limited context, it may not be performed. Chest ultrasound can therefore be an alternative for drainage and intermittent follow-up of complicated parapneumonic pleural effusions. We report the case of a 4-year-old child who presented with cough, breathing difficulties and fever for over two weeks and in whom an initial chest X-ray revealed a left hemithorax white-out with an air-fluid level. Chest ultrasound revealed a left pleuropulmonary massive fluid collection with an encysted empyema. It also allowed ultrasound-guided pleural effusion drainage of a fibrino-purulent liquid which tested positive for Kocuria kristinae, a bacterium sensitive to gentamycin, vancomycin, norfloxacin and clindamycin. The next follow-up ultrasound checks showed improvement and the control chest X-ray performed one month later demonstrated pulmonary functional recovery. This case highlights the importance of ultrasound in the management and follow-up of this chest pathology in resource-limited settings.
文摘BACKGROUND Chest pain is one of the most common symptoms with which a patient presents to a doctor.Differentials include,but are not limited to,cardiac pulmonary,gastrointestinal,psychosomatic and musculoskeletal causes.In our case,ultrasound of the chest wall paved the way for the diagnosis of multiple myeloma,which occultly presented with chronic chest pain.CASE SUMMARY Here we report a case of 50-year-old man with chronic chest pain without anemia or renal failure who was diagnosed with multiple myeloma,despite negative bence jones protein and M band electrophoresis.An ultrasound of the chest wall showed cortical irregularities along with a hypoechoic mass in the sternum and left 5th rib,which helped us in clinching the diagnosis.CONCLUSION Ultrasound of bone can often aid in reaching a diagnosis indirectly if not directly.
文摘Introduction: The diagnosis of pneumonia is usually made based on clinical manifestations and chest X-ray. The use of ultrasound in detecting pulmonary diseases in general, and especially consolidation syndrome has been demonstrated. The objective of this study was to determine the accuracy of thoracic ultrasound compared to chest X-ray in the diagnosis of infectious pneumonia in children. Methods: Children between 0 to 15 years were included in our study. The lung ultrasound results obtained were compared with those of the chest X-ray used as the reference. Our data were introduced into the EpiInfo 3.5.4 software and analyzed with the EpiInfo 3.5.4 and IBMSPSS Statistics version 20.0 softwares. Microsoft Office Excel 2016 was used to produce Charts. Continuous quantitative variables were presented. Cohen’s Kappa concordance test was applied with confidence interval of 95%. Results: 52 children were enrolled in the study. In imaging, the dominant sign was consolidation syndrome (75.0%) of cases by chest radiography, and in 78.8% of cases by lung ultrasound (p Conclusion: Our study demonstrated that lung echography is a non-ionizing and reliable tool in the diagnosis of childhood’s pneumonia.
