Call Us Now
+919968856837Enquiry Us
himanshu.20rd@gmail.com
Call Us Now
+919968856837Enquiry Us
himanshu.20rd@gmail.com
You went for a scan because of headaches, dizziness, seizures, or another neurological symptom. Then the doctor tells you that the images show an AVM, or arteriovenous malformation, in the brain.
Naturally, your first question is: “What happens now?”
A brain AVM can sound frightening, but finding one does not automatically mean that you need immediate surgery. Treatment depends on the AVM's size, location, blood-vessel structure, symptoms, previous bleeding, and your overall health.
For patients researching Brain AVM Treatment in Greater Kailash, understanding the condition and available treatment approaches is a good place to start.
An arteriovenous malformation is an abnormal connection between arteries and veins.
Normally, arteries carry blood toward the brain's smaller vessels, which then connect to veins. In an AVM, the blood vessels form an abnormal network that allows blood to move directly from arteries to veins.
The abnormal vessels may be exposed to unusual blood-flow pressure.
In some people, an AVM can bleed and cause a haemorrhagic stroke. It can also be associated with seizures, headaches, neurological symptoms, or other problems.
However, not every person with an AVM experiences symptoms or bleeding.
Some AVMs are discovered after symptoms such as seizures or headaches. Others are found incidentally during brain imaging performed for an unrelated reason.
Doctors may use MRI or CT imaging to identify the abnormality.
Cerebral angiography can map the arteries and veins connected to the AVM in much greater detail.
This information can help the treatment team understand the AVM's size, location, feeding arteries, draining veins, and relationship to important areas of the brain.
That detailed map is often essential when planning treatment.
There is no single treatment that works for every brain AVM.
Depending on the individual case, doctors may consider observation, microsurgery, stereotactic radiosurgery, endovascular embolisation, or a combination of approaches.
If the risks of intervention are considered greater than the expected benefit, careful monitoring may be recommended.
This is especially important because treating an AVM can itself carry risks, particularly when the abnormal vessels are close to areas responsible for movement, speech, vision, or other important brain functions.
Embolisation is a minimally invasive technique that can sometimes be used as part of AVM treatment.
A specialist guides a thin catheter through the blood vessels toward the arteries supplying the AVM.
A specialised material may then be delivered through the catheter to block selected abnormal vessels.
The objective can be to reduce blood flow through the AVM, make surgery safer, or sometimes treat an appropriate AVM as part of a broader treatment strategy.
Embolisation is not automatically a complete cure for every AVM.
Consider a patient who experiences a seizure and undergoes brain imaging. The scan reveals an AVM.
Further vascular imaging shows that the abnormal vessel network is connected to several feeding arteries. Instead of immediately choosing one treatment, the specialist reviews the AVM's location, size, drainage pattern, and relationship to important brain structures.
The final plan may involve embolisation before another treatment, direct surgery, radiosurgery, or careful observation.
The important result is that the treatment plan is built around the AVM's anatomy rather than a one-size-fits-all procedure.
Patients sometimes assume that removing an AVM as quickly as possible must always be the safest approach.
Not necessarily.
The AVM's location matters enormously.
An AVM located near an area responsible for speech or movement may have a very different treatment risk from an AVM located in a less critical area.
A good specialist should therefore explain not only how the AVM can be treated, but also what could happen if treatment itself injures nearby healthy brain tissue.
The goal is not simply to “remove the AVM.” It is to achieve the best possible balance between reducing future risk and protecting neurological function.
A ruptured AVM can cause bleeding in the brain.
Sudden severe headache, vomiting, weakness, difficulty speaking, confusion, seizure, loss of consciousness, or sudden changes in vision can indicate a neurological emergency.
If these symptoms occur suddenly, seek emergency medical care.
Even if the symptoms improve, urgent assessment is still important.
The World Stroke Organization's 2024 materials estimate that approximately 1 in 4 people will experience a stroke during their lifetime.
A brain AVM is not the same thing as the typical blocked-artery stroke, but AVM-related bleeding can cause serious brain injury.
This is one reason vascular neurological conditions require careful diagnosis, imaging, and long-term planning.
Dr. Himanshu Agarwal helps patients understand complex neurological and cerebrovascular conditions by reviewing symptoms, medical history, and detailed imaging. For patients with a brain AVM, specialist evaluation can help explain the anatomy, possible treatment options, expected risks, and whether intervention or monitoring may be appropriate.
If you are considering Brain AVM Treatment in Greater Kailash, take your previous scans and reports to the consultation.
Then ask:
Where exactly is my AVM?
How large is it?
Which blood vessels are involved?
Has it bled before?
What is my individual risk?
Is treatment necessary?
Could observation be safer?
Would embolisation be part of my treatment?
Are surgery or radiosurgery options?
What are the risks to speech, movement, memory, or vision?
You should be able to understand the answers before making a decision.
An AVM diagnosis deserves attention, but it does not automatically mean that you need an invasive procedure.
Some cases require treatment. Others may be monitored carefully.
The right approach depends on the patient's symptoms, the AVM's anatomy, previous bleeding, treatment risks, and the expertise of the multidisciplinary team evaluating the case.
If you have been diagnosed with a brain AVM or have an unexplained vascular abnormality on a scan, schedule a specialist consultation with Dr. Himanshu Agarwal and bring your actual imaging and reports. A detailed evaluation can help you understand whether embolisation, surgery, radiosurgery, monitoring, or a combination of treatments is appropriate.
Some brain AVMs can be completely eliminated with treatment, while others may require a combination of treatments or long-term monitoring. The possibility of cure depends on the AVM's size, location, structure, and treatment approach.
No. Some AVMs may be monitored when the risks of treatment outweigh the expected benefits. Others may require surgery, embolisation, radiosurgery, or a combination of approaches.
A brain AVM can bleed and cause a haemorrhagic stroke. It can also cause seizures or other neurological symptoms. Sudden severe headache, weakness, confusion, seizure, or loss of consciousness requires immediate emergency medical assessment.
| Tags: | # Brain AVM Treatment in Saket, # Brain AVM Treatment in Malviya Nagar, # Brain AVM Treatment in Hauz Khas, # Brain AVM Treatment in Greater Kailash |
