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An intraventricular catheter is a thin tube placed into a brain ventricle, one of the fluid-filled spaces that contains cerebrospinal fluid. It can drain excess cerebrospinal fluid or help monitor pressure inside the skull. When connected to an external drainage system, it is often called an external ventricular drain. It is used in specialized hospital settings by neurosurgical and critical care teams.
read more about intraventricular catheter ...An intraventricular catheter is used to manage or monitor conditions that involve cerebrospinal fluid pressure or drainage. It may be used for hydrocephalus, brain bleeding, traumatic brain injury, infection, or swelling that raises intracranial pressure. The catheter can drain fluid to relieve pressure and can provide pressure readings for monitoring. It can also be used to deliver selected medicines in specific clinical situations.
The catheter tip sits inside a brain ventricle where cerebrospinal fluid circulates. Fluid drains through the catheter into a collection system when the system is set at the ordered level. The drainage height and pressure settings affect how much fluid drains. Clinicians monitor pressure readings, drainage amount, fluid appearance, and neurologic status.
A neurosurgeon places the catheter through a small opening in the skull using sterile technique. Imaging, anatomical landmarks, or navigation may be used depending on the situation. The catheter is secured to the scalp and connected to a closed drainage and monitoring system. After placement, the system is leveled and managed carefully to avoid overdrainage, underdrainage, or contamination.
Possible risks include infection, bleeding, catheter blockage, catheter misplacement, overdrainage, underdrainage, neurologic change, or accidental disconnection. The system must be kept sterile, secured, and correctly leveled. Nurses and clinicians monitor drainage, intracranial pressure, vital signs, and neurologic exam findings. Fever, sudden headache, confusion, weakness, seizure, drainage change, or system disconnection needs urgent attention.
No. An intraventricular catheter can be part of a temporary external drain or part of a shunt system. A shunt is an implanted system that diverts cerebrospinal fluid to another body area.
The duration depends on the reason for placement, infection risk, drainage needs, and neurosurgical plan. It is removed when it is no longer needed or replaced if longer-term drainage is required.
Yes. Infection is a major concern, so sterile handling, closed drainage, dressing care, and monitoring are important.
Leveling helps control drainage based on the ordered pressure reference. Incorrect leveling can cause too much or too little cerebrospinal fluid drainage.
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