Maria is an intake coordinator. She does not provide legal advice.
Intracranial hemorrhage

Typical Treatment
Emergency surgery to remove blood clots and relieve pressure on the brain, Medications to control brain swelling and prevent seizures, Intensive care monitoring with specialized brain pressure devices, Physical therapy to regain movement and coordination, Speech therapy to address communication difficulties, Occupational therapy to relearn daily activities
Recovery Timeline
Often 6 months to several years, though recovery varies greatly depending on the location and severity of the bleeding
Common Accident Causes
Brain bleeds often occur when the head strikes an object during impact or when sudden deceleration causes the brain to slam against the inside of the skull, tearing blood vessels.
Impact Speed Range
May occur at speeds as low as 25-60+ mph
Common Collision Types
Head-on, Side-impact
Brain bleeds in car accidents often happen when the head experiences sudden, violent movement. During a collision, the brain can slam against the inside of the skull, even if the head doesn't hit anything directly. This impact can tear small blood vessels throughout the brain tissue.
High-speed crashes and rollover accidents create particularly dangerous conditions for brain bleeding. The rapid acceleration and deceleration forces can cause the brain to twist and shift inside the skull, stretching and rupturing delicate blood vessels. Sometimes the bleeding starts immediately, but other times it can begin hours or even days after the accident.
The rigid skull that normally protects the brain becomes a problem when bleeding occurs. As blood accumulates, it has nowhere to go, creating dangerous pressure that can crush brain tissue against the bone. This pressure can continue building over time, which is why some people feel fine initially but develop serious symptoms later.
No upfront fees. No fee unless we recover money for you.
We'll get back to you as soon as possible.
(480) 899-9019 — free consultation
Emergency treatment for brain bleeds often focuses on relieving the dangerous pressure building inside the skull. Doctors may perform surgery to remove blood clots (called hematomas) and repair damaged blood vessels. In some cases, they create a small opening in the skull to give the swelling brain more room.
Not every brain bleed requires surgery. Smaller bleeds may be managed with medications to control brain swelling and prevent seizures. Doctors closely monitor these patients in intensive care units, watching for signs that the bleeding is getting worse or that pressure is building.
Recovery often involves multiple types of therapy over many months. Physical therapy helps people regain movement and strength. Speech therapy addresses communication problems that can result from brain damage. Occupational therapy teaches people how to perform daily activities again. The brain has some ability to heal and form new connections, but this process takes time and consistent effort.
Brain bleeds can lead to lasting problems that may not be obvious right away. Some people develop ongoing difficulties with memory, concentration, or personality changes that affect their relationships and ability to work. Movement problems, speech difficulties, or weakness on one side of the body can also persist long after the initial injury.
The location of the bleeding in the brain often determines what complications might develop. Bleeding in certain areas can affect vision, hearing, or the ability to understand language. Some people experience seizures months or years after the initial injury. These long-term effects underscore why brain bleeds are considered such serious injuries, even when initial symptoms seem manageable.
Clinical terminology for medical and legal professionals
Intracranial hemorrhage (ICH) refers to bleeding within the cranial cavity, encompassing several subtypes including intracerebral hemorrhage (bleeding within brain parenchyma), subarachnoid hemorrhage (bleeding in the subarachnoid space), subdural hematoma (bleeding between dura and arachnoid), and epidural hematoma (bleeding between skull and dura mater). The condition results from rupture of cerebral blood vessels, leading to hematoma formation and increased intracranial pressure (ICP). This pathophysiology can cause midline shift, brain herniation, and compromised cerebral perfusion pressure. Diagnostic imaging typically reveals hyperdense lesions on non-contrast CT, with associated mass effect and potential hydrocephalus. The Glasgow Coma Scale is used for neurological assessment, and treatment may involve craniotomy, hematoma evacuation, or intracranial pressure monitoring depending on the hemorrhage location and severity.
Just been in an accident? See our step-by-step guide →
No upfront fees. No fee unless we recover money for you.
We'll get back to you as soon as possible.
(480) 899-9019 — free consultation
From the Blog: Learn more about protecting your rights in our Arizona injury law blog.