Do improvements in upper extremity motor function affect changes in bladder management after cervical spinal cord injury?

Abstract

Introduction One of the most important predictors of clean intermittent catheterization (CIC) adoption after spinal cord injury (SCI) is upper extremity (UE) motor function at discharge from rehabilitation. It is not clear however if post-discharge improvements in UE motor function affect future bladder management decisions. Methods We assessed persons with cervical SCI in the National Spinal Cord Injury Dataset for the years 2000–2016 who underwent motor examination at discharge from rehabilitation and again at 1-year follow-up. Individuals were stratified based on a previously described algorithm which categorizes the ability to independently perform CIC based upon UE motor scores. Improvements in the predicted ability to self-catheterize over the first year after rehabilitation discharge were evaluated in relation to bladder management. Results Despite 15% of our SCI cohort improving from “less than able to independently catheterize” to “able to independently catheterize”, more patients in the overall cohort dropped out of CIC (175/643 = 27.2%) than adopted CIC (68/548 = 12.4%) (P < .001). We found that in those initially categorized as “less than able to independently catheterize” at the time of rehabilitation discharge, CIC adoption was not significantly different at 1-year follow-up whether or not there was motor improvement to “able to independently catheterize” (12.7% vs 9.2% respectively, P = 0.665). Between these two groups, CIC dropout was also equivalent (34.3% vs 30.0% respectively, P = 0.559). Conclusions In the first year after rehabilitation, more overall SCI patients transition away from CIC than convert to CIC. Significant improvements in UE motor function during the first year after rehabilitation discharge do not appear to affect bladder management decisions.