View clinical trials related to Bronchoscopy.
Filter by:In this self-control experiment, anesthesiologists without experiment of bronchoscopy working in anesthesiology department in Peking Union Medical College Hospital will receive a training and evaluation procedure in simulation and clinical practice about clinical airway management. The objects was (1) to investigate the improvements of manufacturing bronchoscopy in simulation and clinical practice before and after training on simulation, (2) to record the study curve and efforts trainees needed to achieve proficiency and self-confidence on simulation, (3) to record the curve of manufacturing from skilled to unskilled, (4)to evaluate if status manufacturing on simulations could reflect the ones in clinical practice.
In this self-control experiment, anesthesiologists with limited experiments of bronchoscopy working in anesthesiology department in Peking Union Medical College Hospital will receive a training and evaluation procedure in simulation and clinical practice about clinical airway management. The objects was (1) to investigate the improvements of manufacturing bronchoscopy in simulation and clinical practise before and after training on simulation,(2) to record the efforts trainees needed to achieve experienced on simulation, (3) to evaluate if status manufacturing on simulations could reflect the ones in clinical practise.
This study is a retrospective cohort study. The purpose of this study is to investigate clinical features of the patients with the cavitary pulmonary tuberculosis (TB) and endobronchial TB from the patients who have been registered in this hospital for treatment and follow-up, as part of the "PPM Project (Private-Public Mix project) for Korean National Tuberculosis Control" introduced in Korea since 2007.
This study was aimed to determine whether narcotrend monitoring was better than bispectral index monitoring during sufentanil-midazolam anesthesia for bronchoscopy under conscious sedation. Patients were randomised to receive Narcotrend, Bispectral Index(BIS) monitoring or without monitoring. Midazolam was given by non-anaesthetist physicians to achieve moderate levels of sedation as assessed by the narcotrend index (NI; B and C) or bispectral index (BIS; between 70 and 85) or according to patient's tolerance assessed by physician . The primary end-point was dosage of midazolam. Other end-points included adverse events, patient tolerance and physician satisfaction.
This randomized controlled pilot clinical trial will enroll patients undergoing dynamic flexible bronchoscopy will be randomized to receive one of the two anesthetic combinations described above. The study will determine if there is a difference when considering patient and physician and satisfaction when performing DFB. Also, safety and efficacy of the two pharmacological combinations (fentanyl + midazolam and remifentanil + ketamine) used will be evaluated.
An Investigation to determine the single-use scope's ability to suction secretion from the lungs to resolve the collapse of the lung.
Preventing hypoxemia is one of the major goal of studies for bronchoscopic sedation. Dexmedetomidine is a sedative agents via α2 adrenergic agonist, with little respiratory suppression. In the preset study, we evaluate the safety and feasibility of the Dexmedetomidine in the specific bronchoscopic procedure, endobronchial ultrasound (EBUS)-guided transbronchial needle aspiration.
Flexible bronchoscopy is a commonly performed procedure and is usually performed transnasally. The optimal topical anesthesia regimen for bronchoscopy is investigational. Topical Vasoconstrictors like xylometazoline produce decongestion of nasal mucosa and may make insertion of bronchoscope easier. The addition of topical vasoconstrictor to lignocaine may have advantage in terms of patient comfort and for reducing local complications. Although evaluated in the settings of nasal endoscopy and nasotracheal intubation, randomized trials on the role of topical vasoconstrictors during flexible bronchoscopy are not available. The aim of this randomized trial is to study the effect of topical nasal xylometazoline administration during flexible bronchoscopy.
The aim of this study is to evaluate the usefulness of the new Ambu® aScope ™ 4 bronchoscope, in the usual practice of low complexity diagnostic bronchoscopy managed by bronchoscopists who meet the minimum training requirements (having performed 100 supervised procedures [ 10]) and maintenance of competition (with more than 25 bronchoscopies per year [10]).
Therapeutic bronchoscopy is a common procedure to treat respiratory diseases. The procedure includes stent implantation, bronchus dilation, electronic incision, laser therapy, and so on. Most of these procedures are painful and require general anesthesia. Conventionally, the general anesthesia for therapeutic bronchoscopy was performed using laryngeal mask. But in the previous experiences, the investigators found that sedation with dexmedetomidine and remifentanil was as effect as laryngeal mask anesthesia. The present study was performed to compare the two approach for sedation or anesthesia in therapeutic bronchoscopy.