From 1973 to 1988, 105 children with renal failure (average age, 6.5 y
ears; range, 5 days to 16.2 years) were treated with hemodialysis via
surgically implanted Scribner shunts (n = 120). The average duration o
f dialysis was 16 days (range, 1 to 194 days). Twenty-three patients d
ied during treatment or during the hospital stay because of the underl
ying disease; no patient died because of shunt complications. The trea
tment was initially successful for 82 children, but 14 of them died wi
thin several months of discharge. Among the initially surviving 82 pat
ients, the shunt was the only means of access for dialysis in 52. In t
he other 30, the primary Scribner shunt was unsuccessful; it required
replacement, or the type of dialysis had to be changed. The shunts wer
e implanted in the forearm in 23%, the groin in 40%, and the ankle in
37%. Early complications were local bleeding (17%) after an average of
37.3 days, shunt occlusion (34%) after an average of 47.3 days, infec
tions (9.3%) after an average of 43.9 days, and decreased blood flow (
8.5%) after an average of 47.7 days. Vessels were reconstructed after
discontinuation of dialysis in 28 cases, in which the Scribner shunt h
ad been implanted in the groin. No patient experienced immediate ische
mic problems. Long-term follow up results were obtained for 60% (n = 4
0) of the surviving 68 children after an average of 7 years (range, 2.
1 to 15.2 years). We found no evidence of arterial or venous complicat
ions at the former shunt site. Among the patients whose shunt had been
located in the groin, there was growth of up to two shoe sizes in two
cases and a pathological ankle Doppler index in six cases, hut duplex
sonography proved the reconstructed femoral artery to be patent. The
results justify the conclusion that dialysis via the Scribner shunt, u
sing a standardized surgical technique, is a secure means of surgical
vascular access, which is also effective for treatment of the underlyi
ng disease and late vascular symptoms. Copyright (C) 1994 by W.B. Saun
ders Company