Value

As a result of mechanical action on the skull, there is a permanent or temporary compression of brain tissue, tension and displacement of their layers, and a sharp increase in pressure inside the skull. Tissue displacement can occur against the background of ruptures of brain tissue and blood vessels, brain contusion. As a rule, this causes severe changes of a dyscirculatory and biochemical nature.

Severity

The severity of the damage to health and the type of traumatic brain injury (TBI) determines the patient’s condition and the spread of structural and functional disorders to:

cellular,
subcellular,
fabric
and organ levels.

The changes that have occurred cause a disruption in the general regulation of the functions of the body as a whole.

When the brain is displaced and compressed, compression of the brain structures occurs, which worsens the condition, causing even greater disruption of blood flow, metabolism and brain functioning. An additional factor that has a significant negative impact is cerebral hypoxia, which can develop as a result of impaired respiratory function or blood circulation.

Consequences

The consequences of a traumatic brain injury may not necessarily occur immediately after the injury, but also in a more distant period.

Development of consequences

acute (two to four weeks),
intermediate (from two to six months),
remote (up to two years) period.

Consequences of traumatic brain injuries

arachnoiditis,
epilepsy,
brain atrophy,
porencephaly,
chronic hygroma,
carotid-cavernous communication disorder,
pneumocephalus,
intracerebral foreign body,
parkinsonism,
meningeal scars,
cerebrospinal fistula,

hydrocephalus ,
cranial nerve damage,
chronic hematoma,
pachymeningitis,
arachnoencephalitis,
ischemic injuries,
cyst,
mental dysfunctions,
skull defects,
autonomic dysfunctions,

as well as other forms, combinations of the listed options.

Complication

Possible craniocerebral complications include:

Incendiary,
post-traumatic,
affects the soft tissues of the head,
Post-traumatic granuloma,
thrombosis of the sinuses and veins;
necrosis affecting the bones of the skull and soft tissues,
remote blood supply disruption.

Neurosurgeon Dmytruk V.S.

If you have any of the signs or symptoms mentioned in the article, we recommend that you make an appointment with a specialist.

Request a call

The article is written: 22.01.2026

The article has been reviewed by a medical professional: 23.01.2026

The author of the article: Леонтьєв Олексій

All categories: Isolated traumatic brain injury

How to get treatment Isolated traumatic brain injury to a neurosurgeon in Ternopil?

If you need treatment from a neurosurgeon in Ternopil, you should follow these steps:

Contact your family doctor or specialist who can recommend a neurosurgeon in Ternopil.
Contact the nearest medical facility to receive a referral for a consultation with a neurosurgeon in Ternopil.
Make an appointment for a consultation with your chosen neurosurgeon in Ternopil. You can do this through the contact center of the medical institution, using the online appointment form on the hospital website, or directly contact the reception.
Prepare all necessary medical documentation, including test results, X-rays, and other tests. This will help the doctor better understand your condition and prescribe the necessary treatment.
During your consultation, your neurosurgeon will review your medical records, perform additional tests, and prescribe treatment based on your diagnosis. They will also give you advice on how to care for yourself during your treatment.

Where can you go Isolated traumatic brain injury in Ternopil?

In Ternopil, there are several options where you can get help:

1. Ternopil Regional Clinical Hospital:

It has a neurosurgery department where qualified specialists can diagnose and treat developmental abnormalities of the nervous system.
The head of the neurosurgery department is Oleksiy Oleksandrovych Leontiev, an experienced neurosurgeon who has successfully performed many operations to treat developmental anomalies.
Contact information:
- Address: Ternopil, 14 Trolleybusna St.
- Phone: (073) 486 18 85 .

2. Private medical institutions:

There are also several private medical institutions in Ternopil that offer services for the diagnosis and treatment of developmental anomalies.
It is recommended to read reviews about these institutions and compare their prices before making a final choice.

Importantly:

Before contacting any medical facility, it is recommended to consult with your family doctor.
You must have all necessary medical documents with you, such as an outpatient card, test results, and examinations.

Article reviewed by a medical professional

Leontiev Alexey

neurosurgeon of the highest category

The information provided in this article has been verified by neurosurgeon of the highest category Leontiev Alexey. It is of a general informational nature and does not replace specialist advice. For recommendations on diagnosis and treatment, a doctor's consultation is required.

Address

Str. Troleybusna, 14, Ternopil

Phone

+38 067 301 33 03

Reception hours

Mon-Fri: 8:30 - 17:30

The Importance of a Specialist Examination

Examination by a neurosurgeon is a key step in determining an accurate diagnosis and planning treatment for diseases of the brain and nervous system.

A professional neurosurgeon uses modern methods: MRI, CT, PET and others, which allow you to obtain detailed information about the structure and functions of the brain. Cognitive functions are also assessed.

The main goal is to detect pathology in a timely manner and begin effective treatment. The success of the recovery and the patient's quality of life in the future depend on this.

Professional equipment for neurosurgery

Neurosurgery is a complex field where surgical intervention requires millimeter precision. Any imprecise movement can lead to serious neurological disorders.

That is why the neurosurgical operating room must be perfectly adapted to the needs of the procedure. It ensures absolute sterility and protection against infections during open intervention.

Modern equipment systems help the surgeon work as efficiently as possible and guarantee the highest level of safety for both the patient and the medical team.

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