View clinical trials related to Atelectasis, Postoperative.
Filter by:The goal of this clinical trial study is to assess the effectiveness of different methods of lung recruitment maneuver on the incidence of atelectasis in adults undergoing laparoscopic cholecystectomy surgery using lung ultrasound Participants will be divided into three groups as: Control group, sustained inflation group (SI) and Stepwise Positive end expiratory pressure increasing group(Third group). Each contains 31 patients. Control Group = Keep parameters all through the procedure without any changing GROUP(SI) = After abdominal deflation, we will apply sustained inflation by adjusting Adjustible pressure Limiting valve 40 centimetres water on spontaneous mode, holding the bag for 30 second. Third group = After abdominal deflation, we will apply stepwise Positive Pressure increasing by 2 centimetres water every 5 breathing cycles till reaching 12 centimetres water and keeping it till extubation, with a maximum airway pressure not exceeding 40 centimetres water.
The goal of this clincal trial is to determine the differences in few parameter of lung function (ie Forced Vital Capacity (FCV)) between Sugammadex and conventional reversal in laparoscopic abdominal surgery. The main questions it aims to answer are: 1. Is there differences in the pulmonary function test preoperative and post extubation between Sugammadex and conventional reversal in laparoscopic abdominal surgery? 2. Is there differences in the size of atelectasis area between Sugammadex and conventional reversal in laparoscopic abdominal surgery? 3. Is there differences between sugammadex and conventional reversal in postoperative mean length of stay in laparoscopic abdominal surgery? Participants will be asked 1. to do baseline spirometry before operation 2. to be examined for lung ultrasound before operation 3. to be given either sugammadex or neostigmine as reversal after operation is completed 4. to repeat spirometry after operation for few times 5. to be examined for lung ultrasound after operation Researcher will compare sugammadex group and conventional group to see if any difference in term of lung function, size of atelectasis and length of stay.
Radical operation of esophageal cancer is complicated and traumatic, and ventilation with one lung in lateral position and ventilation with both lungs after supine position requires long-term tracheal intubation and ventilator-assisted ventilation, and the incidence of postoperative pulmonary complications is high.
This study aims at determining whether diaphragm ultrasound examining diaphragm thickening fraction, excursion and density before and after surgery can predict respiratory complications in the postoperative period. Patients scheduled for major elective abdominal, pelvic or vascular surgery will be included in the study and diaphragm ultrasound is performed before surgery and after surgery in the postoperative ward. Physiological parameters, laboratory parameters, data on surgery and anesthesia and comorbidities will be registered. Complications such as pneumonia, desaturation, need for intubation and other respiratory events up to 30 days will be registered and later correlated with the diaphragm measurements.
Living donor nephrectomy surgeries can be performed in lateral position with laparoscopic technique which necessitates pneumoperitoneum. Considering the position and the pneumoperitoneum, lungs can be affected macroscopically. In this study, it is aimed to observe whether lungs are affected by the aforementioned entities. The hypothesis is based on possible deterioration of the lungs due to the physical features of laparoscopic nephrectomy. Lung Ultrasound Score (LUS) will be used to evaluate the actual condition of lungs. Accordingly, one hemithorax is consisted of 6 different zones, and depending on the existence of vertical B lines (that refers to atelectasis and consolidation) each zone is scored 0 to 3. Higher scores reflect worse lung conditions that is associated with the severity of atelectasis. The LUS will be performed at three time points that are 5 minutes after intubation (T1), at the end of surgery and before extubation (T2), and at 30th minute in the postanesthesia care unit (T3). Primary outcome will be the difference between T1 and T3, secondary outcomes will include perioperative blood gas analyses, intraoperative mechanic ventilator parameters, intraoperative total amount of fluid given, postoperative pulmonary complications.
The aim of this study is to find out relationship between PaO2/FiO2 and atelectasis finding on intraoperative lung ultrasound.