The treatment of cerebral aneurysms can be categorized into two types: minimally invasive intervention and microcraniotomy. Doctors will make a comprehensive judgment based on the patient's age, physical condition, size and location of the aneurysm, and whether it is ruptured or not.
Minimally invasive interventional therapy:
After a puncture through the femoral artery, a catheter is inserted deep into the intracranial blood vessels, and a special biocompatible material is used to embolize the aneurysm, blocking its blood flow and preventing rupture. It is characterized by short treatment time, small trauma and fast recovery.
Microsurgical Clamping Treatment:
For cerebral aneurysms that cannot be treated with minimally invasive interventions, or for emergency patients who suffer from more bleeding due to rupture of the aneurysm, microsurgical clamping treatment can usually receive a definitive therapeutic effect.
BDG Donglei Brain Specialized Technology Recommendation: BDG Donglei Brain Minimally Invasive Interventional Therapy--Micronet Stent Minimally Invasive InterventionBDG Donglei Brain started to carry out the micronet stent interventional therapy for giant cerebral aneurysm in 2016, and it is the first batch of hospitals in Shanghai that use micronet stent to treat aneurysms. Prof. Song Donglei, the founder, is also one of the first teams in Shanghai to be qualified as a trainer in dense mesh stenting.
The second generation of dense mesh stenting technology has 3 major advantages for the benefit of aneurysm patients:
1. Safer for patients: The filling of the patient's brain with the interventional material is reduced, the treatment process is simpler, and the patients are safer.
2. Long-term results: the cure rate of traditional interventional therapy for huge and complex aneurysms is 50-70%, and the new dense mesh stent intervention technology can increase the cure rate to more than 95%.
3. Better postoperative recovery: for those who have huge cerebral aneurysms that produce compression, traditional interventional therapy cannot relieve the occupying space, but the dense mesh stent can relieve the compression, and the patient's prognosis is better.
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