Validation of Advanced Urinary Prosthesis for Improved Urologic Management and Outcomes of Urinary Retention Disorders
Validation of Advanced Urinary Prosthesis for Improved Urologic Management and Outcomes of Urinary Retention Disorders
批准号:
9788428
负责人:
Matt Monarski
金额:
$74.25万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2016
资助国家:
美国
项目状态:
已结题
起止时间:
2016-09-20 至 2022-03-31
关键词:
AccountingAddressBacteriaBladderCatheterizationCathetersCessation of lifeChronicClinicalClinical ProtocolsClinical ResearchClinical TrialsDataData CollectionDevicesDiseaseDistalDrainage procedureEffectivenessEnrollmentEquipment and supply inventoriesExcisionFeasibility StudiesFeedbackFoundationsFutureGoalsHabitsHandHealthcareIncidenceIndividualIndwelling CatheterInfectionInjuryInstitutional Review BoardsInvestigationLifeLower urinary tractMagnetismMedicalMethodsMinorModificationMonitorNeurogenic BladderOutcomePainPathway interactionsPatientsPerformancePhasePopulationPreparationProceduresProsthesisProsthesis DesignProtocols documentationPumpQuality of lifeResearch DesignResearch InstituteRiskSafetyServicesSiteSmall Business Innovation Research GrantSpinalSurveysSystemTechnologyTestingTimeTrainingTraumaTreatment CostTubeUpdateUrethraUrinary CatheterizationUrinary RetentionUrinary tract infectionUrologistValidationWireless TechnologyWorkarmbasebiomaterial compatibilitycatheter associated UTIclinical research sitecostdesignexperiencehigh riskimprovedinventionmalemedical complicationmenoperationpatient populationpre-clinicalprospectivesafety and feasibilitysatisfactiontoolurinaryurologicverification and validation
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PROJECT SUMMARY/ABSTRACT
The primary objectives of this SBIR Phase II project are to evaluate the safety, effectiveness, and user
satisfaction of the Connected Catheter System (CC). Spinal Singularity developed the CC as a fully internal,
wirelessly controlled urinary prosthesis designed to dramatically improve quality of life for males with urinary
retention disorders and to ultimately lower the incidence of catheter-associated medical complications such as
urinary tract infections (UTIs) and genito-urinary trauma. The CC resides fully internally to the male lower
urinary tract (LUT), with its distal end in the mid-penile urethra, for an extended service life of up to 29 days.
The distal Catheter tip incorporates a magnetic valve-pump that enables the bladder to fill naturally and the
user to control voiding using a hand-held wireless controller. By residing fully within the body and enabling
users to empty their bladders comfortably and conveniently without frequent catheterization or external
drainage apparatus, the CC holds the potential both to significantly improve urologic quality of life for its users
and to reduce the rates and medical expenses of associated clinical complications, including UTI and trauma.
Furthermore, the CC may significantly reduce the ongoing cost of supplies compared to clean intermittent
catheterization. In this Phase II project, the CC system will first undergo a battery of preclinical design
verification and validation testing. Then the CC will be used in up to 30 users in a clinical study designed to
examine feasibility and safety. This single-arm study features three months of monitoring of CC use and will
establish the clinical safety and feasibility of the CC. We expect that the CC will be easy to use and will
improve user satisfaction scores in quality of life and the CC user survey. This project will provide some of the
data necessary to support the subsequent regulatory submission of the CC for market clearance in the US and
lay the groundwork for a more extensive clinical trial in a Phase IIb. The end goal is to make this superior
bladder management technology available to millions of men who rely on urinary catheterization.
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