THE ILEOCAECO-URETHROSTOMY WITH MULTIPLE TRANSVERSE TAENIAMYOTOMIES FOR BLADDER REPLACEMENT - AN ALTERNATIVE TO DETUBULARIZED NEOBLADDERS -MORPHOLOGICAL, FUNCTIONAL AND METABOLIC RESULTS AFTER 9 YEARS EXPERIENCE
E. Alcini et al., THE ILEOCAECO-URETHROSTOMY WITH MULTIPLE TRANSVERSE TAENIAMYOTOMIES FOR BLADDER REPLACEMENT - AN ALTERNATIVE TO DETUBULARIZED NEOBLADDERS -MORPHOLOGICAL, FUNCTIONAL AND METABOLIC RESULTS AFTER 9 YEARS EXPERIENCE, British Journal of Urology, 79(3), 1997, pp. 333-338
Objective To evaluate the results from the long-term follow-up of ileo
caeco-urethrostomy with multiple transverse taeniamyotomies for bladde
r replacement. Patients and methods Since 1987, 60 male patients have
undergone bladder replacement using a technique of ileocaeco-urethrost
omy with multiple transverse taeniamyotomies, Avoiding detubularizatio
n, sectioning the caecal taeniae improved reservoir morphology and red
uced internal pressures and wall tension, limiting the potential compl
ications of the operation, Results All patients achieved diurnal conti
nence with socially acceptable intervals between micturitions. Immedia
tely after the operation, the nocturnal continence rate was good (79%
of patients with a follow up <3 years), reaching 86% after >3 years. A
fter 5 years, the reservoir capacity remained within the physiological
range (mean volume 469 mL) with a mean maximum internal pressure of 4
7.6 cmH(2)O, while the mean post-micturition residual volume was 28 mL
; no patient needs to use self-catheterization. Given the short intest
inal length used, no metabolic clinical problems have occurred. Conclu
sions The concept of using the caecum arose from physiological and ana
tomical assumptions, i.e. receptive relaxation, the presence of taenia
e and ileocaecal sphincter, Taeniamyotomies can achieve the same goals
as detubularization, i.e. a reduction of wall tension and internal pr
essure and a near-spherical shape, but, in contrast, by leaving the ci
rcular muscle intact, they allow a good basal tone to be maintained th
us obtaining optimal emptying and avoiding deterioration of the reserv
oir.