Clinical trials data collection during patient care using a novel technology solu
Clinical trials data collection during patient care using a novel technology solu
批准号:
8001201
负责人:
Gregory James Clary
金额:
$14.31万
依托单位国家:
美国
项目类别:
财政年份:
2010
资助国家:
美国
项目状态:
已结题
起止时间:
2010-09-07 至 2011-07-06
关键词:
Applications GrantsArchitectureBackBusinessesCaringCase Report FormClinicClinicalClinical DataClinical ResearchClinical TrialsClinical Trials DatabaseCollectionCommunicationComprehensive Cancer CenterComputer softwareConsultCosts and BenefitsCoupledDataData AnalysesData CollectionData QualityDatabasesDestinationsDevelopmentDevicesDisciplineDivision of Cancer Treatment and DiagnosisDoctor of PhilosophyDocumentationElectronic Health RecordElectronicsEnsureFeasibility StudiesFeedbackFutureGenetic TranscriptionHandwritingHealthHealth Insurance Portability and Accountability ActInformaticsInstitutionLettersMalignant NeoplasmsManualsMedicalMedical OncologyMedicineMethodsNational Cancer InstituteOnline SystemsOutcomeOutpatientsPaperPatient CarePatientsPhysiciansPhysiologic pulseProcessPublic HealthRecordsRegulationResearchResourcesSample SizeSavingsSecureSmall Business Innovation Research GrantSolutionsSpecific qualifier valueSpeechSystemTechnologyTestingTextTimeUniversitiesVisitWritingbaseclinical caredata integrationdesigndigitaldiscrete dataexperienceflexibilityimprovedinnovationmembernew technologynoveloncologypreferenceprototypepublic health relevanceresponsesatisfactionstandard caretooltransmission processusabilityuser-friendly
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英文摘要
DESCRIPTION (provided by applicant): The offeror propose to develop and test a novel hardware and software combination solution composed of the Livescribe Pulse Smartpen with Mi-Forms data collection software, for use in clinical data collection during patient care documentation at the bedside. The Livescribe Pulse Smartpen is a new commercial off the shelf hardware product providing both handwriting and speech capture, and Mi-Forms data collection software is the flagship product of the offering small business. Physicians continue to have a strong preference for recording patient information and care progress notes via pen and speech dictation. Until now, there have been no devices capable of providing electronic handwriting capture, conversion to text and speech capture in a single integrated platform. Today's Pulse Smartpen from Livescribe, not much larger than a standard ballpoint pen, is such a platform. This current proposed research is to test the simultaneous speech and pen-on-paper handwriting capture capability of the Pulse Smartpen, coupled with Mi-Co's unique software for processing pen and speech data, in a novel architecture deployed in the Duke University Cancer Clinics. More rapid and efficient than the current method of paper transcription plus dictation, but still conforming to current physician workflow preferences, this technology solution can serve to streamline the collection of patient data for clinical trials while enabling more automatic sharing of important patient care information, leading to improved patient health outcomes via both research and care. This innovative combination will allow clinicians to simultaneously collect patient data for clinical trial electronic Case Report Forms (eCRFs) and document patient progress notes via both pen and speech dictation. This system will provide busy clinicians with a familiar, easy to use system that will enable the automatic transcription of patient data from care records into case report forms and later transcription of dictated progress notes. The solution will also allow for the automated communication of CRF data and progress notes to existing systems for quicker availability to clinical trials sponsors and other members of the clinical care team, ensuring better communication and coordination for more efficient clinical trials and improved patient care.
PUBLIC HEALTH RELEVANCE: The offerors propose to develop and test a novel hardware and software combination solution composed of the Livescribe Pulse Smartpen with Mi-Forms data collection software, for use in clinical data collection during patient care documentation at the bedside. This system will utilize a new hardware device that captures both handwriting and speech dictation, and create a user- friendly clinical trials data entry system that reaches the patient bedside and automatically populates back-end systems for clinical research and patient care. New systems that improve efficiency and also increase clinician satisfaction in collection of clinical trials data are beneficial to public health through more streamlined creation and testing of new medicines.
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