Study design: Thirty-six patients with unsatisfactory treatment of neurogenic bowel dysfunctions (NBD) were enrolled from Spinal Units and Rehabilitation Centers in Italy. Treatment was for 3 weeks using a newly developed integrated system with an enema continence catheter for transanal irrigation (Peristeen, Coloplast A/S Kokkedal Denmark). Objectives: To evaluate the effects of Peristeen Anal Irrigation on NBD and patient quality of life (QoL). Setting: Italy. Methods: Lesion level, ambulatory status and hand functionality were determined in all patients. NBD symptoms and QoL were evaluated before and after treatment, using a specific questionnaire. Statistical analysis was performed using McNemar Test and Sign Test. Results: Thirty-six patients were enrolled, and 32 patients completed the study. At the end of the treatment, 28.6% of patients reduced or eliminated their use of pharmaceuticals. Twenty-four patients became less dependent on their caregiver. There was a significant increase in patients' opinion of their intestinal functionality (P ¼ 0.001), QoL score (P ¼ 0.001) and their answers regarding their degree of satisfaction (P ¼ 0.001). A successful outcome was recorded for 68% of patients with fecal incontinence, and for 63% of patients with constipation. Conclusion: Peristeen Anal Irrigation is a simple therapeutic method for managing NBD and improving QoL. It should be considered as the treatment of choice for NBD, playing a role in the neurogenic bowel analogous to that of intermittent clean catheterization in bladder treatment.

Italian Qualiveen-30 is a reliable, valid, and responsive measure of UD-related HRQL in SPI patients. Investigators can be confident of the Qualiveen-30 questionnaire's ability in distinguishing between patients in a cross-sectional survey, as well as in measuring within-subject changes over time in clinical trials in French, English, and Italian.

The study provides a preliminary evidence of the possible use of the proprioceptive stimulation in the upper limbs of people living with SCI. Results are discussed in the light of recent advancements of brain-computer applications based on motor imagery for the control of neuroprosthetic and robotic devices in patients with severe sensorimotor deficits.

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