Recently, a number of patients with brain stem hemorrhage were successfully treated by 3D printing assisted supratentorial puncture and drainage technology in the Department of cerebral Hemorrhage Diseases of Tai 'an Central Hospital
Brainstem hemorrhage is a serious form of stroke with high disability rate and mortality, which causes heavy economic burden to society and families. For patients with brain stem the bleeding within a certain range, the original traditional puncture location and treatment method is: according to the two dimensional CT slices, and then in the patients with three dimensional head position, and through the screen under the puncture, the positioning operation and as a result of the surgery patient factors such as individual differences can cause the deviation of treatment, affect patients with subsequent recovery.
Cerebral hemorrhage Lv Zhengwen, director of the department, the vice director Hu Quan led the medical team developed a response to rapid diagnosis and treatment process after brain stem hemorrhage patients admitted to hospital, the diagnosis and treatment of patients after admission to start the rapid passage, immediately assess the condition, to determine the brain stem hemorrhage after surgical treatment of the puncture drainage, immediately contact the 3 d printing center start fast channel, During operation preparation, 3D printing technology was used to customize puncture positioning guide plate for patients with brainstem hemorrhage. The surgical puncture was accurate, and the brain stem hematoma could be successfully drained at one go in just over 10 minutes, which improved the surgical effect and significantly reduced the mortality and disability rate of patients.
Tai’an City central hospital cerebral hemorrhage brain stem hemorrhage patients treated specially mature technology, 3 d printing auxiliary use more to ensure the accuracy of the procedure, has realized the accurate positioning and depth of the operation, avoid the secondary damage of surgical operation, shorten the patient recovery time, improve the patient's survival rate and survival quality.