RecruitingNot ApplicableNCT06142773

Study to Investigate an Association Between Brain Activity and Tidal Volume in Humans (BATMAN)

Study to Investigate an Association Between Brain Activity and Tidal Volume in Humans (BATMAN) - a Pilot Study


Sponsor

University Health Network, Toronto

Enrollment

10 participants

Start Date

Nov 30, 2023

Study Type

INTERVENTIONAL

Conditions

Summary

The communication between the lungs and the brain has drawn a lot of attention recently. Animal studies have shown that the breathing cycle is coupled with brain activity, showing that the greater the volume of air delivered to the lungs via a breathing machine greater the brain activity and also the greater the injury to the brain cells. There is no study in humans that investigates the physiological communication between the volume of air delivered to the lungs and brain activity. This is important because really sick patients receive breathing assistance using breathing machines to keep their oxygen levels within a normal range. Although these machines are life-saving tools, they might result in brain cell injury, leading to cognitive impairment. So, establishing the existence of a physiological communication between the volume of air delivered using these breathing machines and brain activity is the first step to investigating therapies to prevent brain cell injury due to the use of breathing machines to assist breathing.


Eligibility

Min Age: 18 Years

Inclusion Criteria2

  • Patients scheduled to undergo an MRI scan of their head under general anesthesia
  • Age \> 18 years

Exclusion Criteria6

  • Stroke, and/or brain tumor in the regions of interest that has not been diagnosed before the MRI scan
  • Previous medical history of dementia
  • Previous medical history of brain surgery
  • Acute or chronic spinal cord Injury
  • Previous Vagotomy
  • Phrenic nerve injury

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Interventions

DEVICETidal Volume set on ventilator

Mechanically ventilated patients who are undergoing MRI examinations under general anesthesia in isocapnic and isoxic conditions will have brain activity investigated under two different tidal volumes, 6 ml/kg and 12 ml/kg applied for 3-5 minutes.


Locations(1)

Toronto General Hospital

Toronto, Ontario, Canada

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NCT06142773


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