CPDR Integrated Biomedical Informatics Platform
Developing Effective Prevention, Diagnostic and Treatment Strategies
The infrastructure of Integrated Biomedical Informatics Platform (IBIP) has been established with business requirement analysis, platform blueprint, implementation strategies, and organization-wide policies, standards on information management and information system development. Program-specific resource informatics systems are also constructed via setting up sophisticated and robust information systems and tools in each research program to streamline the in-house information management by its own requirements. The construction of those systems follows policies, standards and SOPs regulated by the platform. They can be deployed onto IBIP, which:
- Enable the programmable connection between resource informatics systems and the platform as a network to facilitate data communication, and to implement interoperability
- Facilitate dynamic and seamless interdisciplinary data integration and annotation via dynamic data binding
- Provide systematic solution to data quality monitoring and control, data query, data sharing, distribution and version control.
- Provide comprehensive strategies and solution to information security, human privacy protection and regulatory compliance on data collection, integration, analysis and management
- Establish policies, standards, and SOPs on organization level and research program level for operation within information system, data management, and information sharing in collaboration
- Provide professional administration on information system and databases
Patient's privacy protection and data security are two most critical and most challenging factors regarding the research data management. Within IBIP, multiple strategies are applied to ensure the privacy protection and data security.
Privacy protection is ensured by processes of automated data de-identification and centralized patient identification. De-identification enforces the filtering and localized storage of demographic information collected by data management systems. Centralized patient identification will make sure patients consenting to the program are uniquely assigned a random selected identification number, which will serve as the primary patient identification in centralized, de-identified research data pool, and the only linkage between local demographic databases and central research databases.
June 23, 2016
Dr. Charles P. Xavier Takes the Robert A. Phillips Award and a Navy-wide Academic Research Competition Award
by Paula Amann
Published in the June 2016 issue of Military Medical Research News, a monthly newsletter of the Department of Research Programs, Walter Reed National Military Medical Center.
Fine-tuning facial transplants, predicting bone fractures, shrinking prostate cancers with new drugs and cutting the costs of surgical training with the right technology: These were among the problems probed by competition winners for 2016 Research and Innovation Month at Walter Reed National Military Medical Center (WRNMMC).
The events, during Poster Display Week on May 11 and the Research Symposia on May 18-19, drew abstracts for 178 projects. After winnowing by pre-selection judges, 22 finalists emerged in three categories: case reports, evidence-based practice and quality improvement (a crucial non-research area).
Another 24 finalists, split evenly between laboratory and clinical research, vied for the Robert A. Phillips (RAP) and Bailey K. Ashford (BKA) Awards. The two BKA winners were LCDR Gabriel Santiago, MC (laboratory medicine), and LT Scott Wagner, MC (clinical medicine).
RAP winners included LT Daniel Griffin, MC (resident laboratory category); CPT Sarah Placek, MC (resident clinical); Charles P. Xavier, Ph.D. (staff laboratory); and Benjamin Sheffield (staff clinical).
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Read the AUGUST 2016 CPDR E-Newsletter