DRAFT Data Characteristics Table - Attachment H.xlsx

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Sentinel 3. 0_2026 Updated Market Research
Solicitation number
75F40126SSN00100
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This is a draft data characteristics table attachment supporting the FDA's Sentinel 3.0 market research initiative. The file serves as a template or reference document that outlines the specifications, categories, and attributes of healthcare data expected to be provided across the contracted tiers (Tiers 1-6 for Data Partners, Tier 7 for the GOCO platform, and Tier 8 for Scientific Support Services). The table is designed to standardize how data characteristics are documented and communicated among potential contractors, including data brokers, platform operators, and scientific service providers involved in the Sentinel 3.0 program.

The data characteristics table functions as an analytical tool to ensure consistency and completeness in data submissions, enabling the FDA to evaluate whether proposed data sources meet the program's requirements for healthcare data acquisition, integration, and accessibility. This attachment directly supports the three-contract structure outlined in the market research notice, particularly informing Contract 1 (Data Partners) regarding what data elements and characteristics must be documented, and Contract 2 (GOCO platform) regarding how data will be characterized within the government-owned repository. The table establishes baseline definitions and organizational frameworks that respondents should reference when describing their data offerings, contributing to the overall market research effort to assess contractor capability and data availability for the updated Sentinel 3.0 program.

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Master Data Chart Table

Sentinel 3.0: Data Partners IDIQ
January 2026 |

INSTRUCTIONS: Complete the Data Resources Information Table as Applicable to the Proposed Data Source(s)

APPENDIX H

Data Resource Information Table

Data ResourceBrief description
Use the shortest description possible to convey the information. (For any question that does not apply to the services you are proposing, list N/A.)
What data sources are you proposing to support the Sentinel Program?
Population size/characteristics by each proposed data source
Patients currently and cumulatively enrolled (n)
Person time by calendar year
Demographic distribution and geographic diversity of patients, including compeleteness of race and ethnicity data.
Representation of special populations
Demographic comparison of the database population to the larger geographic population(e.g., state-specific, region-specific, or country-level census data)
Rate of patient continuance within database
Description of patients, services, or pharmaceutical products that might not be included in the database(e.g. elderly or indigent populations; elective procedures; psychiatric or prenatal care or services; acute or chronic conditions treated or services provided outside the health plan; drug or biologic products whose administration, prescription or purchase are not captured in the database; smoking cessation clinic visits; etc.)
Total number and validated number of years of data availablePresent in table format
Overall mean, median and range of observation time for active patients in the database, present in graphical format the number of active patients with in strata based on the number of accrued person-years (e.g., 1-2 years, 2-3 years, 3-4 years, etc.)
How many patients had at least one visit last year?
Lag time between date of service and data availability
Month and year data collection began
Availability of a complete data dictionary (including percentage of missing data)
Describe the extent of missing data over time (i.e., the percentage of data not available for a particular variable of interest) and discuss procedures (e.g., exclusion, imputation) employed to handle this issue
Method and frequency of refreshing/updating each proposed database(s)
What is the number of mother-infant linked records by year?
Geographic distribution of participants
National (US)?
Nationally representative of US?
Patient demographics
AgeSpecify method by which age is obtained
Gender/Sex
Race and ethnicitySpecify method by which race/ethnicity are obtained
For what proportion of patients is race and ethnicity captured?
Unique encrypted patient ID that is constant over time
Patient-specific drug or biologic therapy information
Generic/established name of drug/medical product
Strength
Product form
Dispensed dose
Prescribed dose
Instructions for use
Dates of all dispensed prescriptions
Ability to determine absolute initial versus continuing therapyInclude description of ascertainment of this information
Days supply
Prescriber specialty
Anonymized unique prescriber identifier
Quantity dispensed
Indication for drug/medical product therapy
Nonprescription drug product use
Setting of care
Ability to verify that the prescription was dispensed to the patient, rather than merely prescribed.
Serum levels for drug and date measured
Route of administration
Type of coding system(s) used for drugs and medical products (e.g., NDC, RxNorm)
Patient medical diagnostic information
Diagnoses and procedures associated with all ambulatory visits and their dates
Diagnoses and procedures associated with all hospitalizations and their dates
Laboratory tests and dates ordered
Laboratory tests results and their dates
Laboratory - microbiology testing
Laboratory data readiness for analysis
Tobacco use and smoking status
BMI, height and weight
Alcohol use
Cannabis use, duration, quantity per day
Non-medical use of FDA-approved drug use
Blood pressure measurements
Heart rate at time of blood pressure measurements
Medical, past history
Family health history
Description of process for identifying pregnancies and pregnancy outcome after birth
Ability to link maternal with child records and vice versa
Spontaneous abortions, stillbirths, other pregnancy outcomes
Cancer diagnoses
Cancer diagnoses with links to cancer registries(validated staging, please append list of diagnoses)
Linkages with chronic disease registries and pregnancy registries(please append list)
Pathology reports and dates
Inpatient transfusion
Death and cause of death (outside of NDI)
Patients with linked DNA biobank data or biopsy biobank data
Vital statistics data linkages, including
National Death Index linkage, other (specify)
Death certificates
Birth certificates
Electronic Health Record (EHR) Data Source
How many patient lives are represented in your EHR data source?
How many patients contribute both EHR data and claims data to your data source?
What proportion of the claims data is for commercial claims? Medicare claims? Medicaid claims?
What is your approach for linking claims to EHR data?
What tools, methods were used?
Clarify if the linked data needs to be relinked with each analysis given 1) the difference in refresh schedules between the data sources and 2) in case there are no linking identifiers maintained across the claims and EHR data sources over time.
How many pediatric patients contribute both EHR and claims data to your data source(s)?
How does this compare to the number in two years prior?
What are your expectations for how this will compare with the number two years from now?
For patients with both EHR and claims data, how much of a patient’s observation time is overlapping between both EHR and claims data, on average?
On average, how many visits or encounters (e.g., hospitalization, office visit, lab draw) does a patient have in your EHR data source per year?
How many patients have at least one visit in the EHR data in each of the last three years?
Are the following data elements available from your EHR data for analysis?
Coded data using standard terminologies
Extracted clinical concepts from unstructured EHR notes (e.g., using Natural Language Processing technique)
Clinical Notes (e.g., physician, nursing, and other clinical services such as respiratory therapy)
Describe how clinical notes will be made available for analysis
Free text clinical note search (ability to search chart notes for a large cohort of patients simultaneously)
Prescription administration/dispensing information
Lab procedures (test occurred and/or administrative codes) and for what percentage of patients
Lab values (microbiology, chemistries, hematology, inflammatory markers, pregnancy tests, viral respiratory panels) and for what percentage of patients
Vital signs
Death data, death fact and cause of death
Imaging procedures (test occurred and/or administrative codes)
Imaging reports
Pathology procedures (test occurred and/or administrative codes)
Pathology reports (biopsies, tumor grade)
Radiology procedures (test occurred and/or administrative codes)
Radiology reports (pregnancy related ultrasounds, head MRI)
Demographic characteristics
Current diagnoses
Medical history
Allergy diagnoses and treatment
Immunizations history
Provider order entry records (orders)
Procedure notes (surgical procedure notes)
Intraoperative exposures (anesthesia)
Dialysis
Is the time period available different for different locations or providers?
Care settings that are covered:
Inpatient (e.g., Intensive Care Unit (ICU) data, and Pediatric Intensive Care Unit (PICU))
Outpatient/ambulatory
Telehealth services (health-related services and information via electronic information and telecommunication technologies)
Emergency department
Skilled nursing facility or palliative care
Oncology
Thinking about EHR data that are available for secondary use, how frequently are the research data updated?
Do refreshes vary by the specific field?
What terminologies are available in your EHR data source?
NDC
RXNORM
ICD-9
ICD-10
ICD-11
HCPCS/CPT
ISBT-128 (blood products)
Codabar (blood products)
LOINC
NUCC
SNOMED-CT
Currently available tools or established routine capabilities to address the following
Drug utilization inquiry
Utilization patterns across multiple products
Background rates for adverse events/outcomes
Prevalence and incidence rates
Propensity score analysis
Inverse Probability Treatment Weighting (IPTW)
Signal identification: comparative effectiveness analysis and time to event analysis
Describe the extent that artificial intelligence (AI) tools such as machine learning (ML) and natural language processing (NLP) are used by organization to interrogate your data.
Describe the extent and breadth of any already established and operational Natural Language Processing Tools
Describe the extent and breadth of any outcome codes already validated in these resources (include sensitivity and specificity)
Do you use data standards (e.g., Fast Healthcare Interoperability Resources (FHIR)) in the EHRs or to transfer data to medical claims?
If so, how is it used or how do you project it to be used to support FDA work?
Can medical records be obtained for a portion of your data?
If so, from what source and in what proportion?
If not, what other approaches support more in-depth understanding of the patient's profile and for what proportion?
Can medical records be obtained for a portion of your claims-EHR linked data?
If so, from what source and in what proportion?
Other
Characterize the data quality-control processes used and quality control process of any mapped or transformed data.
Could you provide examples of a published analyses that illustrates your technical capability, capacity, and the strengths of your data sources?
Describe how you will protect patient privacy and Protected Health Information (PHI) (HIPAA compliance)
Describe the frequency and type of any data error corrections or changes in data adjudication policies implemented
Describe the general procedures used to ensure completeness, consistency, and accuracy of data collection and management
Describe how the registry data can be used to support Sentinel activities
Describe the predefined enrolled population and the prespecified health-related data collected.
Describe methods used to identify and retain registry patients and the effect those methods have on the representativeness of the population in the registry.
Describe registry outreach strategies for patients who do not maintain contact with the registry or have difficulty doing so.
Describe the Contractor’s capability to capture or transform data in a harmonized manner and address semantic interoperability.
Describe how the attributes of the registry support the collection of relevant and reliable data, including in situations where the data are from an independent registry not managed or designed by the Contractor.
What proportion of Medical Records for patients enrolled in the registry avaiable for review?
For Health Information Exchange data, provide all other relevant data chanracteristics
Describe the extent to which individual patient profiles could be shared with FDA.

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