Clin2
NCT05960747Worth exploringRecruiting

Training for thoracentesis using an augmented reality simulator

Pleural EffusionFrist Time Indication to Perform a ThoracentesisMedical Student Training

Part of Lungs & breathing clinical trials.

This study tests whether a specific training using an augmented reality (AR) simulator helps medical students perform thoracentesis more safely and effectively. It also involves patients getting a first-time thoracentesis as part of routine care.

Summary written for real people, not researchers, by Clin2.

Phase
N/A
Enrollment
340 people
Ages
18 years and older
Study type
Observational

Who can take part

  • You are a medical student in 4th to 6th year and are at the Strasbourg university hospital respirology department
  • You are 18 or older
  • You have never had a pleural procedure before (like thoracentesis or a chest tube)
  • If you are a patient: you need your first thoracentesis in routine care
  • If you are a patient: you are 18 or older, understand French, and agree in writing
  • If you are a patient: certain conditions must not apply (like very high/low fluid levels, poor tolerance, lidocaine allergy, local infection, or legal protection)

View the official record on ClinicalTrials.gov

Quick eligibility check

Answer a few plain-language questions, based on this study's own requirements, to get a preliminary sense of fit.

Similar studies

Other trials that look related to this one.

NCT05945043Recruiting
Study breathing signals during fluid drain in pleural effusion

This trial looks at how a breathing control system (called neural respiratory drive) changes when doctors remove lung lining fluid using a thoracocentesis, chest drain, or an indwelling pleural catheter. It may help improve how safe breathing measurements are taken during these common procedures.

London, London
NCT07726784Recruiting
Comparing two scopes for lung fluid diagnosis

This study tests whether a thin, flexible tube (like a small camera) can safely and effectively help doctors get tissue samples from fluid around the lung. It compares a single-use flexible tool to a standard semi-rigid scope, and may help find the cause of your lung fluid.

Kuala Lumpur, Kuala Lumpur
NCT07718451Recruiting
Using digital twins to help doctors learn bronchoscopy faster

This trial tests whether a training tool that uses CT scans to create digital copies of patients (digital twins) can help new doctors learn bronchoscopy faster. It may help trainees become skilled more quickly, which could lead to safer procedures for patients.

Beijing, Beijing Municipality
NCT06493188Not yet recruiting
Simulation training for blood gas reading skills

This study compares two types of training for nursing and medical students to learn how to take and interpret arterial blood gas (a test that measures oxygen and carbon dioxide in the blood). It aims to see which training method is better at helping students gain these skills.

Orbassano, Torino
NCT07079059Not yet recruiting
Virtual reality for anesthesia training in medical students

This study tests whether using virtual reality (VR) helps medical students learn anesthesia skills better than standard training. If you're a third-year medical student about to start your anesthesia rotation, you might be able to join and help improve how future doctors train.

NCT07747922Not yet recruiting
Training tool for placing breathing tubes in emergency care

This study is testing a new medical tool that helps doctors place a breathing tube during emergencies. It is being tried out in a simulated (practice) setting with emergency medicine residents to see if it works well.

Köseköy, Kocaeli

Hear when a new Pleural Effusion trial opens

We’ll email you when one opens — at most once a week, no account needed, unsubscribe anytime.