Novel, Long-Term Percutaneous Access Device for Chronic Therapy
Novel, Long-Term Percutaneous Access Device for Chronic Therapy
批准号:
8726459
负责人:
Scott I Merz
金额:
$73.4万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2011
资助国家:
美国
项目状态:
已结题
起止时间:
2011-02-07 至 2016-07-31
关键词:
AddressAnimal ModelAnimalsCardiacCaringCathetersCell-Matrix JunctionChronicClinicalClinical ProtocolsClinical ResearchClinical TrialsCompetenceComplementComplicationDataDermalDevelopmentDevicesDialysis procedureDigestive System DisordersDrug Delivery SystemsEconomicsEffectivenessExudateFamilyFamily suidaeFibroblastsGenerationsGoalsHealedHealth Care CostsHeartHeart failureHemodialysisHumanIn SituInfectionKidney FailureLifeLiteratureMalignant NeoplasmsMarketingMeasuresMechanicsMedical DeviceMicrobial BiofilmsModelingModificationOutcomeParenteral NutritionPatientsPeritoneal DialysisPhaseProbabilityProliferatingQualifyingQuality of lifeRecruitment ActivityReportingResearchResistanceSafetySamplingScienceSiteSkinSmall Business Innovation Research GrantSolutionsSourceSterile coveringsSterilityStructureSurfaceSystemTechnologyTestingTissuesVacuumVenousWorkWound Healingantimicrobialbasechemotherapycommercializationdesignexperiencehealinghealth care deliveryimprovedindustry partnerinnovationinterestlife-sustaining therapymedical complicationmeetingsnext generationnovelpre-clinicalpressureprototypepublic health relevanceresearch clinical testingsuccesstissue culturewound
中文摘要
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英文摘要
DESCRIPTION: A novel, next-generation percutaneous access device (PAD) focused on pre-emptively reducing catheter related exit site infection will be developed for the delivery of chronic, life-sustaining therapies requiring long- term access through the skin. ViaDerm II uses vacuum assist to remove exudate and proliferate dermal fibroblasts as soon as the catheter penetrates the skin. In addition it uses a device structure enabling stability and a surface treatment, shown to enable cell attachment in preclinical and human studies. The overall goal of this proposal is to develop, test and qualify the ViaDerm II for human use, and commercialize the product globally. ViaDerm LLC intends to enter into strategic partnerships with a market leader in each therapy: cardiac assist, dialysis, and chemo- or other therapies using central venous access. ViaDerm will work with partners to integrate market and sell ViaDerm's value-added technology with their existing and new product lines. ViaDerm II will address the market's expressed unmet need for a long-term, infection-resistant device that is commercially packaged as a sterile, off-the-shelf product. In Phase II, working in conjunction with industry partners, ViaDerm will focus on obtaining regulatory approvals and refine the product design based on initial clinical trial experience. The endpoint of Phase III will be full commercialization of the ViaDerm II in three target markets: cardiac assist, dialysis and central venous access. In parallel, ViaDerm expects to develop additional and new applications, expanding its family of PAD products. The significance and commercial potential of this proposal is substantial. It is estimated that several hundred thousand devices requiring reliable, long-term or prolonged percutaneous access are used every year. These patients suffer from heart failure, renal failure, cancer, and chronic digestive disorders. Foresight Science & Technology, Inc has provided a third party commercial assessment investigating the commercial interest and market impact potential of this technology. Foresight found that the total global addressable market for this technology is approximately US $2.35 billion and estimates ViaDerm LLC year five revenues to approach US $170 million based on 1.7 million units sold worldwide. If successful, this innovative PAD will not only improve the quality of life, reduce medical complications and healthcare costs associated with current therapies, but provide a pre-emptive, infection resistant new skin access option for the development of new emergent therapies.
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