Got Questions? Reach Out and Let's Talk! We are available to receive your research resource requests now, just fill out the BIGDATA Consultation Form.

• Pilot and Feasibility Project 
• External Funding Opportunities

Data Capture & Curation Tools

• PCORnet Common Data Model (CDM) for extract, transform and load (ETL) processes

• MedDxMapper (a SQL tool with a Retool UI that enables curation of customized ICD9/10/RxNorm/NDC code lists for use in studies based on standardized ontologies and medical vocabularies)

• Cohort Builder (an R/Shiny app build on top of a curated data warehouse for study feasibility, site selection, and dataset generation

• REDCap linked to Twilio for text messaging, and integrated with Tableau for monitoring patient recruitment and data completeness

• Virtual Recruiter (SQL linked to Retool as its user interface [UI]to automatically [daily/weekly] generate lists of eligible patients for recruitment into studies and send to study sites)

Data Resources

• REGARDS cohort linked to fee for service and Medicare and (new) Medicare Advantage claims

• UAB and ENRGY/ENRICH electronic health record (EHR) data linked to Medicare, Marketscan claims data

• UAB gout registry linked to Medicare, Marketscan claims

• PCORnet common data elements from ENRGY/ENRICH

• ArthritisPower patient registry linked to ENRGY/ENRICH EHR data, claims data, with PCORnet CDM data standardization

• OneFlorida+ PCORnet data from Univ. Florida (Gainesville) linked to UAB EHR data and Marketscan claims data

Please complete the BIGDATA Resource Interest Form below to request more informaton. 

The BIGDATA Methodologic Core collaborates with faculty, fellows, and students through one-on-one consultations to methodologic rigor in ongoing rheumatic and musculoskeletal diseases (RMDs) research. Our team also offers assistance with  data analysis, graph development, results interpretation, and manuscript writing. We offer One-on-One Biostatistics and Methodology  Consultation via weekly office hours or by Appointment. Complete the BIGDATA Resource Interest Form below.

Through the Design and Analysis Studios (DAS), the MHI Core will meet with the CCCR research base investigators to implement existing/new Data Capture and Integration approaches, design real time data management approaches, implement data visualization and analysis approaches, as well as facilitate the design and implementation of future BIGDATA supported research projects including NIH (R01, R21, K, etc.), NSF, and DOD, as well as other extramural and intramural funding opportunities. Complete the BIGDATA Consultation Form below to schedule a Design and Analysis Studio.

The proposed topics that the BIGDATA Methodologic Core focus on cutting edge approaches and software. The proposed courses will mainly focus on the application of data capture, data integration, and data analysis focusing on RA and other RMDs.

Among the proposed topics for upcoming mini-courses are:

• data visualization using software tools/languages (e.g. Tableau, Python, Datawrapper); b) utilization BIGDATA developed platforms (Kaizen, READY, StudyBuddy App, UAB SkinSelfie, UAB Patient Reported Outcome software)

• cohort identification and integration with the UAB Cerner Millenium®️ EHR

• a practical guide to unstructured data and natural language processing

• machine learning and other data-driven analytic methods ( K-nearest neighbor, Quadratic Discrimination Analysis, K-fold cross-validation, unsupervised learning methods, support vector machines, random forests and bagging, deep learning)

• use of natural language processing pipelines for unstructured data, i2b2 queries

• single cell sequencing, ‘omics’ data integration

• novel clinical trial designs. Content for courses and seminars will be created jointly by the BIGDATA cores and will be administratively overseen by the Administrative Core

We offer multiple venues for BIGDATA support including face-to-face (office hours, consultations) and self-taught (BIGDATA-related videos on our CCTS YouTube channel and the R2T game on our Kaizen learning platform).

Bring us your statistical and methodological questions about research projects, manuscripts in progress, responses to peer reviewers, and data management concerns. All are welcome! Currently, drop-in clinics are by virtual meeting only. 

We also offer appointments for one-on-one study design consultations. A team of methodologists, including experts in epidemiology, biostatistics, and statistical genetics, is available to collaborate in the design of pilot and feasibility proposals as well as in their review. If other methodological expertise is required in the project design, we will recruit that expertise on your behalf.

Our popular R2T game, built on a Kaizen web-based platform, helps investigators meet an NIH policy requiring formal training in rigor, reproducibility, and transparency (R2T). Kaizen has been successfully used by the UAB Schools of Medicine, Nursing, Dentistry, and Public Health to enhance learner engagement and increase retention. R2T gamers can play alone or compete on teams.

Auburn University: Investigators at Auburn University conduct ground-breaking research in the areas of digital health, medical decision making, patient preference elicitation, and implementation science. This expertise and related resources are available to researchers seeking collaboration and consultation to advance projects in these areas of inquiry.

Experts are available for consultation, project planning, and support for digital work. Areas include haptic media studies, digital humanities, and exploring embodiment and immersive multimodalities through virtual reality (VR) and augmented reality (AR) technologies.

We also offer consultations with technology specialists with extensive experience in 3D computer graphics and 3D printing, extended reality, electronics, microcomputing, Internet of Things (IoT,) artificial intelligence (AI) and machine learning (ML) are areas that he is currently researching.

• Decision science consultation, including use of point-of-care tools that help patients, family caregivers, and providers make better healthcare decisions by improving risk communication, shared decision-making, and quality of care, with a focus on patient-centered studies investigating social and behavioral aspects of health, including chronic disease self-management, treatment preferences.
• Intervention study design to leverage incentives for health behavior change and using innovative technologies, including VR, to influence perceived risk of chronic disease.
• Patient-centered value assessment, using discrete choice experiments (DCE) to determine patients’ preferences and willingness-to-pay for prescription drugs and healthcare services.

PRO Software, accesses the MAS API instrument library to facilitate the collection of patient-reported data at the point of care. The highly flexible PRO Software has been adapted to capture data in multiple care settings, including HIV, palliative, viral hepatitis, social work and pediatric spinal bifida clinics, among others. Patients typically report preference for computerized screening over human interviews for sensitive subjects such as sexual function, drug use, suicidal thoughts, etc. In addition to using our MAS API to support the capture of sensitive patient data, PRO Software can also send alerts (e.g., automatically pages clinic personnel in charge of response) to pre-determined team members in response to patient reported findings that can be used to trigger appropriate clinical responses (e.g., reported suicidal ideation, intimate partner violence, etc.), or to identify those meeting self-reported study enrollment criteria. With a successful track record spanning many outpatient clinical settings at UAB, the PRO Software powered by our MAS API can be adapted to facilitate NIAMS research.

Kaizen, Our popular R2T game, built on a Kaizen web-based platform by members of the BIGDATA team, helps investigators meet an NIH policy requiring formal training in rigor, reproducibility, and transparency (R2T). Kaizen has been successfully used by the UAB Schools of Medicine, Nursing, Dentistry, and Public Health to enhance learner engagement and increase retention. R2T gamers can play alone or compete on teams. Kaizen software platform consists of a player app and an educator game manager toolset to build games. This platform uses principles of gamification to enhance learner participation, longitudinal engagement and knowledge retention. We have successfully used Kaizen in diverse settings, including graduate medical education (Internal Medicine, Otorhinolaryngology, etc.), undergraduate and graduate nursing education (over 6 courses currently use Kaizen in our School of Nursing), training for translational science principles for the CTSA consortium, patient education for chronic disease management and assessment of competency-based educational programs. Kaizen uses a mixture of intrinsic (e.g., self-efficacy, personal challenge, socialization, etc.) and extrinsic motivators (e.g., achievements – points/levels/badges, reputation – leaderboard position, etc.) to engage learners in multiple-choice question-based knowledge competitions.

REDCap (Research Electronic Data Capture) is a secure, web application designed to support data capture for research studies, providing user-friendly web-based case report forms, real-time data entry validation (e.g. for data types and range checks), audit trails and a de-identified data export mechanism to common statistical packages (SPSS, SAS, Stata, R/S-Plus). REDCap also provides a powerful tool for building and managing online surveys. The research team can create and design surveys in a web browser and engage potential respondents using various notification methods. REDCap data collection projects rely on a thorough study-specific data dictionary defined in an iterative self-documenting process by all research team members with planning assistance from the system owner. The iterative development and testing process result in a well-planned data collection strategy for individual studies. REDCap provides a secure, web-based application that is flexible enough to be used for a variety of types of research, provides an intuitive interface for users to enter data and have real-time validation rules at the time of entry. The system was developed at Vanderbilt University but is now part of an international and multi-institutional consortium, which includes The University of Alabama at Birmingham (UAB).

• Identify Best Fit Data Source and Study Tools
• Define Proper Measures for Study Implementation
• Identify Target Funding Sources

• Determine Dissemination Methods
• Define Dissemination Targets
• Build Implementation and Dissemination Boards
• Identify Key Stakeholders for Dissemination
• Conduct Cost-Effectiveness Assessment
• Segment Audience for Implementation and Dissemination

• Consultation on Writing D&I Section in Grants
• Consultation on Data Types and Operationalization for D&I

Provide D&I Orientation for new Core Users and affiliated partners

Establish D&I/Community Engagement Connections:

• Patient Advisory Committee (PAC)-provide pre-award patient input and ensure a patient-centric approach in developing study ideas
• Community Engagement Studios (CES)-provide pre-award“focus group” feedback from community members
• Community Engagement Steering Committees (CE-SC) – post-award guidance
• Community Engagement Teams (CE-T)- provide consultation to the DICE user base done during the development of past proposals

• Provide Publication Guidance
• Segment Audience for Communication (Researchers, Patients, Community Groups, Collaborators)