G. Lanzino et al., SUTURELESS REPAIR OF MAJOR INTRACRANIAL VESSELS WITH THE SUNDT CLIP-GRAFT - TECHNICAL NOTE, Acta neurochirurgica, 140(5), 1998, pp. 491-493
Major intracranial vessels can be damaged during tumor resection. With
the availability of refined microvascular techniques, direct repair o
r by-pass of the damaged segment is possible. These methods, however,
often require temporary occlusion of the offending vessel, can result
in a less than optimal angiographic result, and are difficult to perfo
rm in a deep field. Additionally, in some patients direct repair or by
-pass is not feasible because of the friability of the vessel or as a
result of the large size of the tear. In these cases the Sundt clip-gr
aft represents a valid adjunct to the armamentarium of the surgeon. Ov
er the years, it has been used by the senior author in five patients w
here vascular injury occurred during the removal of brain tumors (3 me
ningiomas, one pituitary adenoma, and one low-grade glioma). In this r
eport we illustrate our most recent experience with this ingenious too
l. A 22-year-old man underwent resection of a recurrent left temporal
lobe low-grade glioma. During resection of the tumor, a tear occurred
in a branch of the middle cerebral artery. The tear was repaired using
a Sundt clip-graft. A post-operative angiogram, performed five days l
ater, showed patency of the vessel with no evidence of wall irregulari
ties. Described 30 years ago to be used primarily in aneurysm surgery,
the Sundt clip-graft provides an excellent, too often forgotten, sutu
reless method of repairing intracranial vessels damaged during tumor r
emoval.