Minimally Invasive Neurosurgery: New Brain Surgery Technique, Small Incision, Fast Recovery, No Need to Shave Hair
The Minimally Invasive Neurosurgery technique is currently very popular because it is a relatively safe and highly precise surgery. It involves a small incision and quick recovery, suitable for patients with cerebrovascular diseases and brain tumors. This new technique will make patients forget their fears.
Innovation and Surgical Advances
Minimally Invasive Neurosurgery uses a Microscope during surgery because it has high magnification, allowing clear visualization even of small areas and providing detailed surgical views. The high-resolution Endoscope is used only for draining accumulated fluid in the brain and for pituitary tumor surgery to clearly see deep areas. For tumors that need to be removed in small pieces, the Calvitron Ultrasonic Surgical Aspiration or CUSA device is used to break down the tumor using ultrasonic energy and suction it out. Laser is used together with Fiberoptic and Endoscope to cut or cauterize the targeted area, reducing blood loss compared to traditional techniques. The Navigator assists in locating brain positions, making surgery more precise, safe, and yielding more satisfactory results.
Accurate Diagnosis, Small Incision, Fast Recovery
Minimally Invasive Neurosurgery helps increase patient safety compared to traditional methods. The postoperative incision is only 2-3 centimeters, reducing the risk of infection. Additionally, pain is lessened and recovery is faster. A special feature of this surgery is that patients no longer need to shave their hair.
The Minimally Invasive Neurosurgery technique provides satisfactory results for many patients, especially women concerned about scarring. Surgery with the MIN technique eliminates this problem. Moreover, patients recover quickly and can return to work and normal life without any adverse effects.
Dr. Teerachai Phanitpong
Neurosurgery Specialist
Expertise in brain and nervous system surgery using advanced technology
Phyathai 3 Hospital
