Morbid Obesity Clinical Trial
— VENT OR NOTOfficial title:
Intubation of Obese Patients in the Operating Room With or Without Bag-Mask Ventilation. A Randomized Multicentre Study
The aim of the study is to answer a daily question in the operating room: what is the safest technique for intubation of severe/morbid obese patients (BMI 35 or more). There is a great heterogeneity of practices on the subject, so the principle is to determine a common practice to facilitate the management of these patients.
Status | Recruiting |
Enrollment | 702 |
Est. completion date | September 12, 2025 |
Est. primary completion date | September 12, 2025 |
Accepts healthy volunteers | No |
Gender | All |
Age group | 18 Years and older |
Eligibility | Inclusion criteria: - patient requiring general anesthesia with intubation for surgery or scheduled endoscopic procedures - age > 18 years - with a BMI superior or equal to 35kg.m-² - patient having signed an informed consent Non-inclusion criteria: - ambient air saturation <90% - urgent surgery < 24 hours - cardio-thoracic surgery - mask ventilation not possible (e.g. ATCD, cervical irradiation, fixed mandible) - formal contraindication to mask ventilation (e.g. occlusive syndrome, non fasting patient, symptomatic gastroesophageal reflux untreated or persistent under treatment) - wish of the operator for high flow oxygen preoxygenation - wish of an intubation without curare by the operator - pregnant or breast-feeding women - protected adults (guardianship, curatorship or safeguard of justice) - participation in another randomized clinical research study concerning preoxygenation and relevant to the primary endpoint - absence of affiliation to the French social security system |
Country | Name | City | State |
---|---|---|---|
France | CHU Angers | Angers | |
France | CHRU Brest | Brest | |
France | HCL - Hôpital Edouard Herriot | Lyon | |
France | CHU de Nantes - site Laennec | Nantes | |
France | CHU Nantes | Nantes | Loire Atlantique |
France | CHU Poitiers | Poitiers | |
France | CHU Toulouse | Toulouse | |
France | CHRU Tours | Tours | |
France | CH de Valenciennes | Valenciennes |
Lead Sponsor | Collaborator |
---|---|
Nantes University Hospital |
France,
Type | Measure | Description | Time frame | Safety issue |
---|---|---|---|---|
Primary | To compare the effectiveness of an intubation sequence "with ventilation during apnea" versus a sequence "without ventilation during apnea" in preventing complications related to intubation of the obese patient in the operating room | Comparison of the incidence of intubation-related complications. Complications identified for the primary endpoint will be: desaturations < 95%, need for 2 or more intubation attempts (including alternative technique), occurrence of inhalation/regurgitation or hypotension with systolic blood pressure < 80 mmHg, with or without amine. Complications will be recorded from induction of general anesthesia to 10 minutes after intubation | From induction of general anesthesia to 10 minutes after intubation | |
Secondary | Impact of the nature of the intubation sequence on the progress of the intubation procedure between patient with face mask and patient without face mask | Difficulty with mask ventilation (yes/no) | During the general anesthesia, up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on the progress of the intubation procedure between patient with face mask and patient without face mask | Measure of the saturation before the first laryngoscopy with oximeter | During the general anesthesia, up to 10 minutes | |
Secondary | Impact of the nature of the intubation sequence on the progress of the intubation procedure between patient with face mask and patient without face mask | Measure of the lowest saturation during the intubation procedure and the following 10 minutes | During the general anesthesia, up to 10 minutes | |
Secondary | Impact of the nature of the intubation sequence on the progress of the intubation procedure between patient with face mask and patient without face mask | Quality of exposure under laryngoscopy (position of the patient) | During the general anesthesia, up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on the progress of the intubation procedure between patient with face mask and patient without face mask | Difficulties in intubation (yes/no) | During the general anesthesia, up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on the progress of the intubation procedure between patient with face mask and patient without face mask | Description of intubation (mandrin, videolaryngoscope, videolaryngoscope) | During the general anesthesia, up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Rate of desaturation <80% (yes/no) | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Rate of desaturation <90% (yes/no) | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Presence of severe hypotension during intubation and in the following hour defined by a systolic blood pressure < 80 mmHg, with or without amine (yes/no) | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Number of participants with cardiac arrest | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Death during intubation | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Difficulties in intubations (yes/no) with the number of intubation attempts | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Number of participants with cardiac rhythm disorders | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Number of participants with esophageal intubations | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Number of participants with regurgitation/inhalation | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on morbidity related to the intubation procedure between patient with face mask and patient without face mask | Number of participants with dental breaks | up to 8 hours | |
Secondary | Impact of the nature of the intubation sequence on immediate intraoperative and postoperative respiratory morbidity between patient with face mask and patient without face mask | Need for FiO2 >50% during surgery to achieve >95% saturation (yes/no) | 5 minutes, 30 minutes and 1 hour after intubation | |
Secondary | Impact of the nature of the intubation sequence on immediate intraoperative and postoperative respiratory morbidity between patient with face mask and patient without face mask | Length of stay in the post-operation monitoring room | up to 28 days | |
Secondary | Impact of the nature of the intubation sequence on immediate intraoperative and postoperative respiratory morbidity between patient with face mask and patient without face mask | Duration of postoperative mechanical ventilation(in minutes) | up to 28 days | |
Secondary | Impact of the nature of the intubation sequence on immediate intraoperative and postoperative respiratory morbidity between patient with face mask and patient without face mask | Number of participants with nausea | up to 28 days | |
Secondary | Impact of the nature of the intubation sequence on immediate intraoperative and postoperative respiratory morbidity between patient with face mask and patient without face mask | Number of participants with vomiting | up to 28 days | |
Secondary | Impact of the nature of the intubation sequence on immediate intraoperative and postoperative respiratory morbidity between patient with face mask and patient without face mask | Length of hospitalization since randomization | up to 28 days | |
Secondary | Impact of the nature of the intubation sequence on immediate intraoperative and postoperative respiratory morbidity between patient with face mask and patient without face mask | Hospital discharge status (dead/alive) | up to 28 days |
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