TheraSense Dynamic Support Surface for Pressure Ulcers
TheraSense Dynamic Support Surface for Pressure Ulcers
批准号:
8780818
负责人:
RICHARD M GREENWALD
金额:
$54.92万
依托单位:
依托单位国家:
美国
项目类别:
财政年份:
2013
资助国家:
美国
项目状态:
已结题
起止时间:
2013-08-01 至 2016-01-31
关键词:
Academic Medical CentersAcuteAirAlgorithmic SoftwareAreaBariatricsBedsBlood capillariesCaregiversCaringClinicalCost AnalysisCost ControlDecubitus ulcerDevicesEnvironmental air flowEvaluationFeedbackHealedHealthHealth PersonnelHealthcareHome environmentHospital DesignHospitalsHygieneInstitutionInsurance CarriersLaboratoriesManikinsMarketingMattressesMechanicsMedicalModelingNursesOutcomeOverweightPatientsPerformancePhasePhysiciansPilot ProjectsPositioning AttributePreparationPreventionPrimary PreventionProviderPublic HealthSimulateSmall Business Innovation Research GrantSupport SystemSurfaceSystemTechnologyTestingTissuesTreatment EfficacyUlcerWeight-Bearing statebasecapillarycommercializationcomparative effectivenesscostcost effectivedesignexperiencehealinghuman subjectimprovedinnovationmeetingsnew technologynovelpressurepreventprototypesoftware systemsuser-friendlywound
中文摘要
描述(由申请人提供):该Fast Track SBIR项目的主要目标是开发和验证一种具有成本效益的商业产品TheraSense“,这是一种高度创新的主动支撑表面床系统,用于治疗和预防严重的压疮,通常称为压疮或压疮。目前用于最有害和最昂贵的晚期溃疡的机构和家庭治疗的先进床位系统昂贵,使用起来具有挑战性,对患者和减肥患者来说都不舒服,目前还没有。该项目旨在使用新技术来支撑、漂浮和浸入身体,以显著改善现有床位系统的最佳功能,包括动态压力分布、交变压力和先进的通风,从而以比现有先进支撑系统低得多的成本改善和加速患者的康复和舒适性。
英文摘要
DESCRIPTION (provided by applicant): The Principal Objective of this Fast Track SBIR project is to develop and validate a cost-effective commercial product, TheraSense", a highly innovative active support surface bed system for the treatment and prevention of serious decubitus ulcers, commonly known as bed sores or pressure ulcers. Current advanced bed systems for both institutional and home therapy for the most deleterious and costly advanced ulcers are expensive, challenging to use, and uncomfortable for the patient, and for bariatric patients, not available. This project is aimed at using novel technology to support, float, and immerse the body to dramatically improve the best features of existing bed systems, including dynamic pressure distribution, alternating pressure and advanced ventilation, to improve and accelerate patient healing and comfort at a much reduced cost over existing advanced support systems.
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Translation of Rehabilitation Engineering Advances and Technology 2.0 (TREAT 2.0)
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依托单位:
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资助金额:$70.0万
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海外基金