Urinary Bladder Neurogenic

NXT Urodynamics System Post-Market Clinical Follow-up Clinical Investigation to Confirm Ongoing Safety and Performance in Urodynamic Patient Sub-Populations

The goal of this clinical trial is to assess if a mix of nitrous oxide and oxygen can improve pain control during bladder Botox injections. The primary question it aims to answer is: Does using nitrous oxide lower the overall level of pain during the procedure? Researchers will compare a 50:50 nitrous oxide/oxygen mixture (administered with the Pro-Nox system) plus standard care (with lidocaine in the bladder) to sham mask plus standard care to see if nitrous oxide works better for lowering pain. Participants will: * Receive their bladder Botox injection in the office setting * Either use nitrous oxide/oxygen plus standard care during the procedure, or sham mask plus standard care * Answer brief questions about pain, anxiety, satisfaction, and willingness to repeat the procedure

Incontinence associates with military service and post-traumatic stress disorder in both male and female Veterans. Neurogenic detrusor overactivity (NDO) is caused by spinal cord injury or disorder, or peripheral neurodegenerative conditions, and causes urine leakage at low volumes. NDO is disproportionately experienced by Veterans and treatment effectiveness varies greatly between individuals. This project will demonstrate the feasibility of a new type of nerve stimulation-triggered sacral neuromodulation-to treat NDO in Veterans. A wireless bladder sensor will be inserted into the bladder to transmit a feedback signal enabling stimulation from a percutaneous lead. The wireless sensor will also measure NDO symptoms during simulated activities of daily living without catheters. Catheter-free detection of bladder activity will improve the outcomes of neuromodulation evaluations for Veterans with NDO. Future work could use the triggered neuromodulation system to study other methods of nerve stimulation to treat bladder, bowel, or sexual dysfunction.

The investigators have developed a novel pressure monitoring device that hooks to standard urinary catheters that are used by patients with a neurogenic bladder on daily clean intermittent catheterization. The device has already been demonstrated to be accurate compared to the gold standard in clinic urodynamics. This study will assess the patients and care givers ability and experience using the device in a home setting.

Trial Objectives: This clinical trial aims to explore whether ultrasound - guided urethral balloon dilation can effectively improve the micturition function of patients with urinary retention after spinal cord injury, and to evaluate the safety of this treatment method. The main questions it attempts to answer are: Can ultrasound - guided urethral balloon dilation reduce the residual urine volume and improve the quality of life of patients with urinary retention after spinal cord injury? Trial Design: Researchers will compare the group receiving ultrasound - guided urethral balloon dilation combined with conventional rehabilitation therapy (the experimental group) with the group receiving only conventional rehabilitation therapy (the control group) to determine the therapeutic effect of ultrasound - guided urethral balloon dilation on urinary retention after spinal cord injury. Tasks for Participants: Participants in the experimental group will receive ultrasound - guided urethral balloon dilation and cooperate with conventional rehabilitation therapy (including acupuncture therapy, pelvic floor biofeedback electrical stimulation, and pelvic floor function training). Participants in the control group will receive only conventional rehabilitation therapy for a period of 1 - 2 weeks. During the intervention, patients are required to strictly record a micturition diary under the guidance of researchers or medical staff. The diary should cover details such as daily spontaneous urine output, daily catheterized urine output, daily urine leakage volume, and daily frequency of catheterization. Residual urine volume will be detected every day for three days before the intervention and three days after the intervention.