Allgemeine Informationen
  • Krankheitskategorie Atemwegserkrankungen (nicht Krebs) (BASEC)
  • Studienphase N/A (ICTRP)
  • Rekrutierungsstatus Rekrutierung hat noch nicht begonnen (BASEC/ICTRP)
  • Studienstandort
    Lausanne
    (BASEC)
  • Studienverantwortliche Dre Lise Piquilloud-Imboden lise.piquilloud@chuv.ch (BASEC)
  • Datenquelle(n) BASEC: Import vom 09.04.2025 ICTRP: Import vom 25.04.2025
  • Letzte Aktualisierung 25.04.2025 02:01
HumRes66388 | SNCTP000006285 | BASEC2024-00432 | NCT06912906

Comparison of two weaning strategies using either non-synchronized biphasic ventilation (mode 'Biphasic Positive Airway Pressure Ventilation' (BIPAP)) or assisted inspiratory ventilation (AI): randomized feasibility study.

  • Krankheitskategorie Atemwegserkrankungen (nicht Krebs) (BASEC)
  • Studienphase N/A (ICTRP)
  • Rekrutierungsstatus Rekrutierung hat noch nicht begonnen (BASEC/ICTRP)
  • Studienstandort
    Lausanne
    (BASEC)
  • Studienverantwortliche Dre Lise Piquilloud-Imboden lise.piquilloud@chuv.ch (BASEC)
  • Datenquelle(n) BASEC: Import vom 09.04.2025 ICTRP: Import vom 25.04.2025
  • Letzte Aktualisierung 25.04.2025 02:01

Zusammenfassung der Studie

Patients suffering from acute respiratory failure often require ventilatory assistance via a machine (respirator or ventilator) to ensure adequate oxygen supply. Once the patient's health status has improved, the goal is to wean them off ventilation by gradually reducing the support provided by the machine (weaning phase). The ventilatory mode commonly used during weaning is assisted inspiratory ventilation (AI). In our research project, we want to demonstrate that it is possible to perform weaning with another mode of ventilation called Biphasic Positive Airway Pressure (BIPAP), using a clinical algorithm specifically developed for the study. This BIPAP mode indeed has theoretical advantages over the AI mode as it does not require synchronization of the patient's breathing with the ventilator, a synchronization that is often difficult to ensure optimally.

(BASEC)

Untersuchte Intervention

Non-synchronized biphasic ventilation

(BASEC)

Untersuchte Krankheit(en)

Acute respiratory failure

(BASEC)

Kriterien zur Teilnahme
- Adult patient - Patient admitted to intensive care - Intubated patient with acute respiratory distress (BASEC)

Ausschlusskriterien
- Severe obesity - Obstructive lung disease - Neurological disease affecting breathing (BASEC)

Studienstandort

Lausanne

(BASEC)

Switzerland (ICTRP)

Sponsor

CHUV - SMIA

(BASEC)

Kontakt für weitere Auskünfte zur Studie

Kontaktperson Schweiz

Dre Lise Piquilloud-Imboden

+41 79 556 68 27

lise.piquilloud@chuv.ch

CHUV - SMIA

(BASEC)

Allgemeine Auskünfte

+417955668270041795566827

lise.piquilloud@chuv.ch

(ICTRP)

Name der bewilligenden Ethikkommission (bei multizentrischen Studien nur die Leitkommission)

Ethikkommission Waadt

(BASEC)

Datum der Bewilligung durch die Ethikkommission

20.02.2025

(BASEC)


ICTRP Studien-ID
NCT06912906 (ICTRP)

Offizieller Titel (Genehmigt von der Ethikkommission)
BIWEAN - Comparison of two strategies to allow mechanical ventilation separation using either Biphasic Positive Airway Pressure Ventilation without any synchronization (BIPAP) or Pressure Support Ventilation (PSV): a randomized feasibility trial (BASEC)

Wissenschaftlicher Titel
Comparison of Two Strategies to Allow Mechanical Ventilation Separation Using Biphasic Airway Pressure Ventilation Without Any Synchronization (BIPAP) or Pressure Support Ventilation (PSV): a Randomized Feasibility Trial (ICTRP)

Öffentlicher Titel
Feasibility Study to Compare Two Ventilatory Modes for Mechanical Ventilation Weaning (ICTRP)

Untersuchte Krankheit(en)
Mechanical Ventilation Weaning (ICTRP)

Untersuchte Intervention
Procedure: BIPAPasynchro: byphaisc positive pressure modality without any synchronisation (ICTRP)

Studientyp
Interventional (ICTRP)

Studiendesign
Allocation: Randomized. Intervention model: Parallel Assignment. Primary purpose: Supportive Care. Masking: None (Open Label). (ICTRP)

Ein-/Ausschlusskriterien
Inclusion Criteria:

- Intubated ICU patient with acute respiratory failure

- PaO2-FiO2 ratio of less than 300 mmHg (40 kPa) at least one hour after intubation

- control or assist-control ventilation

- expected duration of mechanical ventilation of more than 24 hours

- clinician in charge considers that the patient can be switched to assisted
ventilation (weaning phase start)

- informed consent obtained by the patient himself / legal representative or
authorization received from independent physician

Exclusion Criteria:

- less than 18 years old

- pregnant women (because of very different respiratory mechanics)

- severe obesity (BMI > 40 kg/m2)

- known obstructive pulmonary disease

- expected death within one week or very poor prognosis with end-of-life care decision
expected/treatment withdrawal

- neurological disorders heavily influencing breathing pattern, like suspected or
proven hypoxic brain injury, spinal injury above C8, severe traumatic brain injury,
polyneuropathies (ex. Guillain-Barr, myasthenia gravis)

- home non-invasive ventilation prior to ICU admission, except CPAP for obstructive
sleeping apnoea syndrome

- tracheostomised at ICU admission

- suspected or proven broncho-pleural fistulas

- extracorporeal membrane oxygenation (ECMO) treatment

- ICU admission for major burns

- enrolment in other trial with competitive outcomes or treatment strategies

- Known opposition to research participation if patient is not able to consent (eg
patient with refused GC) (ICTRP)

nicht verfügbar

Primäre und sekundäre Endpunkte
Percentage of time spent in the mode of assisted ventilation assigned by the randomization (ICTRP)

The proportions of participants who are switched to the non-assigned mode (cross-over from one study group to the other);The percentage of time spent in the non-assigned ventilatory mode since patient inclusion;Reasons for cross-over;Physicians refusal rate of patient enrolment;Reasons of physicians refusal if applicable;Recruitment rates;Pneumothoraxes rate;Unplanned extubation rate;Rate of severe respiratory acidosis (pH < 7.20);Rate of severe respiratory alkalosis (pH > 7.55);Ventilation acquired pneumonia (VAP) rate;Ventilator-free-days at day 28 from intubation;Ventilator-free-days at day 28 from randomization;Duration of invasive mechanical ventilation between randomization and successful weaning;Duration of invasive mechanical ventilation between randomization and successful weaning;Number of tracheostomized patients during the weaning process;Number of patients matching the criteria for difficult or prolonged weaning;Length of ICU stay;ICU-free days at day 90 from randomization;Length of Hospital stay;Hospital-free days at day 90 from randomization;Proportion of days with RASS less or equal -2 (for almost 50% of daily assessments) during invasive mechanical ventilation;;Proportion of days with sedation during invasive mechanical ventilation;Proportion of days with neuromuscular blocking agents administration for ventilation facilitation during invasive mechanical ventilation;ICU mortality;Hospital mortality (ICTRP)

Registrierungsdatum
nicht verfügbar

Einschluss des ersten Teilnehmers
nicht verfügbar

Sekundäre Sponsoren
nicht verfügbar

Weitere Kontakte
Lise Piquilloud ImbodenLise Piquilloud Imboden, MD Phd, lise.piquilloud@chuv.chlise.piquilloud@chuv.ch, +417955668270041795566827 (ICTRP)

Sekundäre IDs
2024-00432 (ICTRP)

Angaben zur Verfügbarkeit von individuellen Teilnehmerdaten
nicht verfügbar

Weitere Informationen zur Studie
https://clinicaltrials.gov/ct2/show/NCT06912906 (ICTRP)

Ergebnisse der Studie

Zusammenfassung der Ergebnisse

nicht verfügbar

Link zu den Ergebnissen im Primärregister

nicht verfügbar