Post-traumatic hydrocephalus management evolves with individualized shunting and advanced diagnostics
Newer techniques and systems improve care for hydrocephalus after brain injury
This narrative review synthesizes current knowledge on post-traumatic hydrocephalus (PTH) after traumatic brain injury. It covers epidemiolo…
Doctors are moving toward personalized treatments like adjustable shunts and endoscopic tools to manage fluid buildup after a traumatic brai…
Surgical management of post-traumatic hydrocephalus in TBI shows variable outcomes and lacks firm consensus on indications
When the Brain's Drainage System Fails After Injury
This narrative review examines surgical strategies for post-traumatic hydrocephalus in individuals sustaining traumatic brain injury.
After a traumatic brain injury, up to one in three people can develop a slow, silent fluid buildup — and picking the right drain can shape t…
Research across Hydrocephalus
Related studies from across the Hydrocephalus family.
Multiple factors including advanced age, hemorrhage, and ventilation duration predispose patients to post-traumatic hydrocephalus
Risk Factors Linked to Hydrocephalus After Brain Injury
This narrative review synthesizes risk factors for post-traumatic hydrocephalus in patients with traumatic brain injury. Key findings includ…
Certain factors like advanced age, severe brain injury, and specific surgical procedures may increase the risk of hydrocephalus after a head…
Individualized shunt pressure titration may slow autologous skull graft resorption in patients with hydrocephalus
Adjusting Shunt Pressure May Slow Skull Graft Resorption
This case report and literature review describes a patient with intracerebral hemorrhage, cerebral arteriovenous malformation, and communica…
A case study shows that tailoring shunt pressure can help manage skull graft resorption in patients with specific types of brain injuries.
Systematic review and meta-analysis finds ventriculosubgaleal shunt safe in premature neonates with posthemorrhagic hydrocephalus
Tiny brains, big problem solved without permanent surgery
This systematic review and meta-analysis of 562 premature neonates evaluated ventriculosubgaleal shunt (VSGS) for posthemorrhagic hydrocepha…
A little-known shunt procedure is helping fragile preemies avoid risky brain surgeries by using the body’s own tissue to absorb excess fluid…
Preoperative CSF metabolic profiles associated with recovery potential after shunt placement for NPH
Can fluid chemistry before surgery predict who will walk and think better after shunt placement?
A cohort study of patients undergoing shunt placement for normal pressure hydrocephalus found preoperative cerebrospinal fluid metabolite pr…
Spinal fluid chemistry before shunt surgery can predict which patients will see better walking and thinking results after the procedure.
First-in-human trial shows microimplant enables remote intracranial pressure monitoring in hydrocephalus
Small study tests tiny brain implant for long-term pressure monitoring in hydrocephalus
A first-in-human safety and initial efficacy trial in 20 hydrocephalus patients (10 adults, 10 children) found a novel microimplant could re…
A tiny brain implant weighing less than a paperclip can monitor pressure inside the skull for up to 18 months, helping doctors detect shunt …