해면상혈관종의 방사선 수술
Radiosurgery for Cavernous Malformations
대한뇌혈관학회지 2001년 3권 2호 p.147 ~ 153
소속 상세정보
임영진/Young Jin Lim
KMID : 0890520010030020147
Abstract
Cavernous malformations (CM) are vascular lesions that omprise the majority of vascular malformations with arteriovenous malformations (AVM). Microsurgical resection of CMs is the preferred management for patients with symptomatic lesion. But in
group
of patients with hemorrhagic cavernous malformations located in critical brain regions that were though to pose an excessive risk for microsurgical resection. GKRS has been used as an alternative management approach for this lesions since first
application by Karolinska institute in 1985. The favorable results of Gamma Knife radiosurgery (GKRS) for AVMs prompted pilot series in which GKRS was used to treat cavernous malformations. Some authors had suggested that GKRS could reduce the
annual
rate of hemorrhage, especially after 2-4 years latency interval. The problem with evaluation treatment results in cases of CMs is that, unlike in AVMs, that no imaging modality accurately identifies obliteration of the CM after radiosurgery. To
evaluate
the potential protection against hemorrhage, the incidence of posttreatment hemorrhage must be compared with the natural course of the disease. Another problem associated with radiosurgical treatment of CMs is that the radiation-induced
complication
rate appears to be greater than expected compared with that associated with radiosurgery of AVMs. So, radiosurgery for cavernous malformations remains controversial until present time. The clinical application of radiosurgery in CMs needs further
investigation, in particular, issuues of patient selection, methods of follow-up, long-term risks, and safe dose levels must be addressed.
키워드
해면상혈관종; 감마나이프; 방사선수술; Cavernous malformation; Radiosurgery; Gamma knife; Posttreatment hemorrhage; Radiation induced complication;
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