View clinical trials related to Pneumothorax.
Filter by:There are standard well-known guidelines for pneumothorax management with minimal difference between societies and associations. We are investigating how much of these guidelines are actually being followed in different healthcare facilites in Egypt. This is a questionnaire that will be sent to all healthcare givers in Egypt acorss different cities and facilities with multiple choice questions presenting different case scenarios and the management options being given to the patient.
The Chang Gung Pneumothorax Detection Software is a medical software that can automatically detect whether there is a pneumothorax in Chest X-Ray. The purpose of this study is to verify whether the Chang Gung Pneumothorax Detection Software can correctly identify patients with pneumothorax in Chest X-Ray. The results of the software analysis will be used for the performance of the software on the primary and secondary outcomes.
A current problem in Radiology Departments is the constant increase in the number of studies performed. Currently the largest volume of studies belongs to plain x-rays. This problem is intensified by the shortage of specialists with dedication and experience in their interpretation. In the field of computer science, an area of study called Artificial Intelligence (AI) has emerged, which consists of a computer system that learns to perform specific routine tasks, and can complement or imitate human work. Since 2018, Hospital Italiano de Buenos Aires has been running the TRx program, which consists of the development of an AI-based tool to detect pathological findings in chest x-rays. The intended use of this tool is to assist non-imaging physicians in the diagnosis of chest x-rays by automatically detecting radiological findings. The present multicenter study seeks to externally validate the performance of an AI tool (TRx v1) as a diagnostic assistance tool for chest x-rays.
Abstract: INTRODUCTION: Pneumothorax and hydro-pneumothorax are the most common thoracic injuries and poses a risk of serious morbidity.To prevent the lung from collapsing in such condition, pleurodesis procedure is performed either with surgical pleurodesis,or chemical pleurodesis which adheres outside the lung to the inside chest cavity. The common chemicals that are used are bleomycin, tetracycline, minocycline, slurry of talc and povidoneiodine. In developed countries, the most common chemical agent used is talc, tetracycline derivatives and bleomycin. However, its clinical results depend on the level of collapse of the lung on the affected side.Internationally, for spontaneous pneumothoraces, talc is the best chemical for pleurodesis procedure which is insufflation through thoracoscopy. However its safety is debateable especially in acute respiratory disease after its administrationwhich made it null and vide consequently. Secondly, in developing countries,medical grade talc availability and affordability remains a constraint. The other suitable chemical is Iodopovidone which is inexpensive and widely used as topical antiseptic in many countries. It also hasshown a safe and effective chemical agent for pleurodesis procedure. OBJECTIVES: To determine the efficacy, safety and reoccurrence rate of in pneumothorax and hydro-pneumothorax patients after procedure with talc and pyodine pleurodesis: A comparative study. MATERIALS AND METHOD: On the basis of inclusion criteria, the selected 104 patients will be grouped (talc and pyodine) through Non probability, purposive sampling method. In each group 52 willing participants will be included without considering the size of pneumothorax. Six readings of each individual participant will be taken (3 before procedure and 3 after procedure for each group) for pulse and respiratory rate, fever, and total counts of leukocyte. Pain will be assessed on analogue scale. The readings will be taken with 8 hours gap apart. Re-occurrence will be determined after 6 months period of the procedure along with complications if any. The results of both groups will be compared for Efficacy, Safety and Re-occurrence of Pneumothorax and Hydro-pneumothorax. KEYWORDS: Pyodine pleurodesis, Talc, hydro-pneumothorax, iodopovidone, pleural effusion, pneumothorax, malignant/prevention & control; Pleurodesis/methods; Recurrence
Discharging patients home with air leak and chest tube to portable drainage device after thoracic resection is cost effective and safe without compromising patients outcome or satisfaction. Despite good outcomes this practice is not done universally by thoracic surgeons.