Intracranial hypertension

This early-stage trial tests whether draining fluid from the spine (external lumbar drainage) is safe and doable for people with severe traumatic brain injury who have high pressure inside the skull. Thirty adults aged 18-65 will receive either standard care alone or standard car…

This study compares two fluids—sodium lactate and a concentrated saline solution—in 40 adults with septic shock. The goal is to see which one better supports blood flow and acid balance. Participants will receive either fluid in a double-blind setup, and researchers will measure …

This study is for people with idiopathic intracranial hypertension (IIH) who have been on the drug acetazolamide for over a year without enough relief. It tests whether placing a small stent in a narrowed brain vein can lower the pressure and improve symptoms like headache and vi…

This study tests whether placing a small stent in a narrowed brain vein can reduce high pressure inside the skull and improve symptoms like vision loss, headache, and tinnitus. About 114 adults with newly diagnosed idiopathic intracranial hypertension will be randomly assigned to…

This study is testing whether a simple ultrasound of the optic nerve can quickly detect brain swelling and inflammation in ICU patients with conditions like meningitis, encephalitis, or stroke. Researchers will measure the optic nerve sheath diameter in 200 adults and compare it …

This study tests whether a video camera that records the back of the eye can estimate pressure inside the skull without needles, anesthesia, or touching the eye. About 90 adults who already have a standard pressure monitor in place will participate. If successful, this could lead…

This study tests a device called CPMX3 that measures pressure in a small vein near the eye to estimate pressure inside the skull. Currently, measuring brain pressure requires surgery to place a probe inside the head, which carries risks like infection and bleeding. The trial will…

This study is testing a new device that aims to measure pressure inside the skull from the outside, avoiding the need for surgery. Currently, doctors must drill a hole in the skull to monitor intracranial pressure (ICP) in patients with conditions like traumatic brain injury or s…

This study will compare two types of heart-lung machines used during coronary bypass surgery to see how they affect blood flow to the brain. Researchers will measure brain pressure using an eye ultrasound and brain oxygen levels with a forehead sensor in 70 patients. The goal is …

This study looks at the best way to treat a fluid pocket (pseudomeningocele) that can form under the scalp after brain surgery. It compares doing nothing active (just watching and caring for the wound) with doing a procedure like draining the fluid or another surgery. The goal is…

This study is for 12 adults with severe brain injuries or tumors in the back part of the brain. Doctors will place two small pressure sensors to measure pressure in both the front and back of the brain. The goal is to learn what normal and dangerous pressure levels are in the bac…

This study is testing a new device that measures pressure inside the skull without needing surgery. The device uses a small pin on the head to detect tiny skull movements with each heartbeat. Researchers want to see if this non-invasive method can give useful information similar …

This study looks at eye problems in people with craniosynostosis, a condition where skull bones close too early. Researchers will check for issues like crossed eyes, lazy eye, and pressure inside the head. The goal is to better understand these eye problems to help improve care.

This study is testing a new, noninvasive eye test called chromatic multifocal pupillometry to see if it can detect vision problems in people with pseudotumor cerebri (PTC), a condition where increased pressure in the skull can damage the optic nerve and cause vision loss. Researc…

This study is testing a new monitor that tracks brain pressure over time in patients with serious brain injuries like trauma or bleeding. Researchers want to see if the pressure measurements can predict who will survive or recover well. The study will enroll 250 adults and follow…