New combo sedation tested for brain surgery patients
NCT ID NCT07513935
First seen Jun 25, 2026 · Last updated Jun 27, 2026 · Updated 1 time
Summary
This study tests whether a combination of two sedatives (ketamine and dexmedetomidine, called Ketodex) works better than dexmedetomidine alone for keeping patients comfortable during awake deep brain stimulation surgery. The surgery is used for movement disorders like Parkinson's disease. Twenty-four adults will be randomly assigned to one of the two sedation groups, and researchers will measure how well the brain signals are recorded and how much extra pain medicine is needed.
What this could mean
Our plain-language read of the trial. This is informational only — not medical advice or a prediction.
- Active substance
- Ketodex (ketamine and dexmedetomidine combination)
- What this could lead to
- If successful, this could show that adding ketamine to dexmedetomidine provides better sedation and comfort during awake brain surgery without interfering with brain recordings.
- What could go wrong
- This is a small Phase 4 trial with only 24 participants, so results may not apply to everyone. The study is also not recruiting, meaning findings may take time to confirm.
This is an AI summary of the original study and may miss details. Read our disclaimer.
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Conditions
The condition(s) this trial relates to.
As listed by the trial registrant
The condition terms exactly as the trial's registrant entered them.
Contacts and locations
Locations
-
Ainshams University
Cairo, Egypt
More trials for these conditions
Other studies related to the condition(s) this trial covers.
- Can MRI reveal the Brain's response to deep brain stimulation?
- High-Resolution brain scans aim to unmask Tau's role in Parkinson's
- Can home brain recordings Fine-Tune deep brain stimulation for tremor?
- Can brain stimulation sharpen Decision-Making in Parkinson's?
- Can Stem-Cell implants restore movement in Parkinson's?
- Brain surgery meets brain science: probing how a memory-related chemical system influences cognition