Microsurgical treatment for superior parasagittal and falcial meningiomas in the middle 1/3 cortex area
- VernacularTitle:上矢状窦旁镰旁中1/3脑膜瘤的显微外科治疗
- Author:
Geng XU
;
Ming YE
;
Liyong SUN
;
Ruilin ZHAO
;
Jianxin DU
;
Jiankun XU
;
Feng LING
- Publication Type:Journal Article
- Keywords:
Meningioma;
Superior sagittal sinus;
Mierosurgical operation
- From:
Chinese Journal of Microsurgery
2008;31(5):328-331,402
- CountryChina
- Language:Chinese
-
Abstract:
Objective To discuss the surgical strategy of parasagittal and falcial meningiomas in the middle 1/3 cortex area and raise resective rates of tumors and surgical effects.Methods The clinical,imaging and operative data of 74 cases of parasagittal and falcial meningiomas in the middle cortex area which underwent operation were reviewed and followed up.Results Of 74 tunors,67 were resected with Simpson Ⅱ grade,7 with Simpson Ⅲ,none of them with Simpson Ⅰ.Superior sagittal sinus and the vein of central suleus and feeders of cortex were reserved well.Severe brain injury was not occurred in 66 cases with tumors debulking(Simpson Ⅱ 61 cases,Simpson Ⅲ 5 cases),the neuro-functions of patients were normal or transient slight weakness of contralateral lower extremities postoperatively.Tumors of 8 cases were "turned over" and resected by piecemeal (Simpson Ⅱ 6 cases,Simpson Ⅲ 2 cases),weakness and paralysis of contralateral lower extremities occurred in 7 cases and 1 cases respectively after surgery.Followed-up ranged from 6 months to 4 years and 2 months,4 cases were lost to follow-up.Neuro-function of all cases with weakness of contralateral lower extremities recovered after one month.Muscle strength of the cases with paralysis of contralateral extremity recovered to grade Ⅳ 6 months later,no recurrence and death.Conclusion The measures,including piecemeal tumor reseeted mierosugically,good protection of the vein of central sulcus,excellent management of superior sagittal sinus,and avoiding damage to functional cerebral cortex during operations,are best ways for raising the tumor resection rate and nearo-function reserved.
