Insights

Intracranial pressure, explained

Clear, evidence-based writing on brain pressure and the other vital signs it interacts with — for clinicians, patients, partners and investors.

Dr. Recht's Insights on Intracranial Pressure Monitoring

Dr. Recht's Insights on Intracranial Pressure Monitoring

A Q&A with Dr. Lawrence Recht, Professor of Neurology and Chief of Adult Neuro-Oncology at Stanford, on cerebrospinal fluid, ICP monitoring and where the field is heading.

Read article →

All articles

Why Intracranial Pressure Is the Missing Vital Sign

Why Intracranial Pressure Is the Missing Vital Sign

Heart rate, blood pressure and oxygen saturation are tracked everywhere. Brain pressure is not — and that gap costs patients.

Read article →
ICP and Other Vital Signs: How Brain Pressure Fits the Picture

ICP and Other Vital Signs: How Brain Pressure Fits the Picture

Brain pressure does not act alone. Understanding how it interacts with blood pressure, oxygenation and heart rate is central to neurocritical care.

Read article →
Hydrocephalus and Shunt Failure: The Case for Continuous Monitoring

Hydrocephalus and Shunt Failure: The Case for Continuous Monitoring

Shunts are lifesaving, but they fail often and unpredictably. Objective pressure data could take the guesswork out of every worrying symptom.

Read article →
Idiopathic Intracranial Hypertension: Protecting Vision With Better Data

Idiopathic Intracranial Hypertension: Protecting Vision With Better Data

IIH causes chronically raised brain pressure and threatens sight. Management depends on measurements that are currently hard to obtain.

Read article →
What Brain Imaging Can and Cannot Tell You About Pressure

What Brain Imaging Can and Cannot Tell You About Pressure

CT and MRI are indispensable, but they show anatomy — not the pressure inside the skull.

Read article →
Traumatic Brain Injury: Pressure Management After the ICU

Traumatic Brain Injury: Pressure Management After the ICU

Intensive monitoring stops at discharge, yet the pressure consequences of a head injury can continue for months.

Read article →
Electronics-Free Sensing: How Microfluidic Implants Measure Pressure

Electronics-Free Sensing: How Microfluidic Implants Measure Pressure

No battery, no chip, no wires. A look at the physical principle behind microfluidic pressure sensing.

Read article →
Remote Patient Monitoring Comes to Neurology

Remote Patient Monitoring Comes to Neurology

Cardiology and diabetes care were transformed by continuous home data. Neurology has been waiting for a signal it can measure.

Read article →
Common Misconceptions About Intracranial Pressure and Head Injury

Common Misconceptions About Intracranial Pressure and Head Injury

Eight widespread myths about ICP and head injury — and what the evidence actually says.

Read article →
Elevated Intracranial Pressure (ICP): Causes, Symptoms and Treatment

Elevated Intracranial Pressure (ICP): Causes, Symptoms and Treatment

What elevated intracranial pressure is, what causes it, how it presents, and why early detection matters.

Read article →

Coming next

Articles scheduled for publication in the months ahead.

Pediatric ICP: Why Children Need Different Monitoring

Growing skulls, decades of follow-up and a low tolerance for repeat radiation make children a distinct monitoring challenge.

Teaching Machines to Read Pressure Patterns

How machine learning could turn continuous ICP waveforms into individualised early warnings.

The Regulatory Path for Long-Term Implantable Sensors

What it takes to bring a permanently implanted, electronics-free measurement device to patients.

Talk to our team