Abstract:Analysis of the data collected reveals substantial consensus at the national level concerning all the main points with regard to the therapy. The recommendations expressed in this article can be considered as national guidelines and taken into account by the principal international implantation centers.
“…Intraoperative fluoroscopic monitoring/documentation during the implantation phase and/or postoperative documentation of the implanted hardware is recommended to document positioning of the electrode in the sacral foramen. Post‐implantation radiological imaging at routine follow up is not required, unless there is loss of efficacy potentially due to electrode dislodgement or breakage …”
Section: Post‐operative and Follow‐up Carementioning
confidence: 99%
“…Post-implantation radiological imaging at routine follow up is not required, unless there is loss of efficacy potentially due to electrode dislodgement or breakage. 140 24 | SUCCESSFUL OUTCOME-…”
These guidelines undoubtedly constitute a reference document, which will help urologists, gynecologists, and colorectal surgeons optimize their use of SNM for refractory urinary urgency and frequency, UUI, NOR, and FI.
“…Intraoperative fluoroscopic monitoring/documentation during the implantation phase and/or postoperative documentation of the implanted hardware is recommended to document positioning of the electrode in the sacral foramen. Post‐implantation radiological imaging at routine follow up is not required, unless there is loss of efficacy potentially due to electrode dislodgement or breakage …”
Section: Post‐operative and Follow‐up Carementioning
confidence: 99%
“…Post-implantation radiological imaging at routine follow up is not required, unless there is loss of efficacy potentially due to electrode dislodgement or breakage. 140 24 | SUCCESSFUL OUTCOME-…”
These guidelines undoubtedly constitute a reference document, which will help urologists, gynecologists, and colorectal surgeons optimize their use of SNM for refractory urinary urgency and frequency, UUI, NOR, and FI.
“…The respondents' knowledge of the literature and manufacturer's guidelines was of particular interest. Up-to-date uniform recommendations from other European countries are available in Italy and France [35][36][37], and an exchange of knowledge in this highly standardized procedure may be of great value. Evidence-based classifications of treatment options for fecal incontinence exist [2,[38][39][40] and will be updated shortly.…”
“…SNM is also thought to stimulate the afferent pathway and change brain activity relevant to the continence mechanism [8]. Despite its recent introduction in coloproctology, this procedure is progressively replacing most of the older ones [9][10]. It is less invasive when compared with other techniques and it permits a 2 to 3 week period of temporary stimulation, offering an opportunity to assess its efficacy before proceeding to permanent implantation of a neuromodulation device [11][12].…”
SummaryTwo female patients with faecal incontinence resistant to conservative treatment but improved after percutaneous tibial nerve neuromodulation were treated with sacral nerve neuromodulation in 2014. Quality of Life questionnaires were used in order to determine the impact of faecal incontinence on everyday life before and after the implantation of the stimulator. To evaluate the functional state, Wexner's questionnaires were applied. Bowel movement diary was used to detect the improvement of faecal continence before and after temporary and permanent neuromodulation. The data were analyzed using a Statistical Package for Social Sciences program (SPSS, version 22.0). All values were given as mean ± SD. P-values less than 0.05 were accepted to indicate statistical significance. Both patients had a reduction in episodes of incontinence and soiling during a 3 week temporary nerve stimulation period as well as during 3 week followup after permanent stimulator implantation. Statistically significant elevation of faecal urgency frequency (p=0.031) was observed during temporary nerve stimulation. Reduction of episodes of faecal incontinence (p=0.001) and soiling (p=0.000) was observed after permanent stimulator implantation. Both patients presented an improvement in lifestyle, coping, depression and embarrassment as well as an improvement in functional state 3 weeks after the beginning of sacral nerve stimulation. Conclusions: The first results of sacral neuromodulation in patients with faecal incontinence are excellent and very promising.
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