FDA FAERS Dataset

⚠️ FDA FAERS and FDA MAUDE are deprecated. The same drug and device adverse-event data is now unified in FDA AEMS Adverse Events: one actively-maintained dataset, updated weekly, with built-in PRR signal detection. This legacy dataset is frozen (final data May 2026); please use FDA AEMS.

About the Dataset

The FDA FAERS (FDA Adverse Event Reporting System) Dataset is a comprehensive data product providing normalized, cleaned, and analytically-ready access to pharmaceutical drug adverse event reports. This dataset encompasses over 18 million adverse event records, 65 million drug records, 54 million reaction records, and 18 million patient records, with advanced data quality enhancements and 4 pre-aggregated analytical reporting models for drug safety surveillance.

Get Full Access | Snowflake Marketplace. For Databricks, see FDA AEMS

Quick Access

Base Tables: Adverse events, drugs involved, patient demographics, reported reactions, and report sources Aggregate Models: 4 pre-built analytical views for drug safety analysis, risk profiling, and trend monitoring Update Frequency: No longer updated; dataset frozen (final data May 2026). See FDA AEMS for current, weekly-updated adverse-event data.

Overview

The FDA FAERS Dataset provides comprehensive access to pharmaceutical drug adverse event data including:

• Core Event Data (drug__events) - Main table with cleaned adverse event reports

• Drug Information (drug__events_drugs) - Detailed information about drugs involved in events

• Patient Demographics (drug__events_patients) - Normalized patient data with age and demographic information

• Adverse Reactions (drug__events_reactions) - MedDRA-coded reactions and outcomes

• Report Sources (drug__events_report_sources) - Information about who reported the events

• Analytical Reports - Pre-aggregated intelligence for drug safety analysis, demographic risk profiling, and trend monitoring

Ready to access FDA FAERS data?

Platform	Action
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Databricks	Subscribe → | Start 14-Day Free Trial →

Questions? Contact our team for a walkthrough.

The FAERS Database as Quarterly-Updated SQL

FAERS (the FDA Adverse Event Reporting System) is the FDA's database of drug adverse event reports: side effects, medication errors, and product-quality complaints submitted for approved drugs and therapeutic biologic products. This product delivers the full FAERS database as ready-to-query SQL: 18M+ adverse event records, 65M+ drug records, 54M+ MedDRA-coded reaction records, and 18M+ patient records, with 4 pre-built analytical models, all joinable in a single query.

FAERS has been retired here in favor of FDA AEMS Adverse Events, a weekly-updated dataset that unifies drug (FAERS) and device (MAUDE) events with built-in PRR signal detection. This FAERS dataset remains available as a frozen historical archive (final data May 2026).

Download FAERS Data vs Query It

The FDA publishes FAERS as quarterly data extract files (ASCII/XML) that you download and parse each quarter. For a one-off pull of a single quarter, those files are the right choice. This product exists for everything the quarterly downloads can't do:

	FDA FAERS quarterly data files	FDA FAERS Dataset
Access	Per-quarter ASCII/XML downloads you parse yourself	SQL across every quarter at once
Schema	Raw fixed-width/XML re-parsed each release	Typed, consistent views per table
Joins	Manual stitching of events, drugs, reactions, and patients	Join every table on safety_report_id in one query
Reactions	Raw reaction codes	MedDRA Preferred Terms and Lowest Level Terms included
History	One quarter per download	All quarters in one queryable table

Dataset Structure

The FDA FAERS dataset is organized around adverse event reports, with connected tables containing detailed information about the drugs involved, patient demographics, reported reactions, and report sources.

FDA FAERS Dataset Structure

Base Tables

drug__events (Main Events Table)

Core adverse event reports containing event-level information. Each record represents a single adverse event report identified by a unique safety_report_id.

Key Features:

• Over 18 million adverse event records

• Clean, standardized data ready for analysis

• Complete event details including dates, countries, and seriousness criteria

• Reporter organization information for source tracking

drug__events_drugs (Drug Details Table)

Drug-specific information for each adverse event. Each record represents one drug involved in an adverse event report.

Key Features:

• Over 65 million drug records with detailed information

• Drug characterization (Suspect, Concomitant, Interacting)

• Dosage information and administration routes

• Indications for use and actions taken after the event

drug__events_patients (Patient Information Table)

Patient demographic information with comprehensive data cleaning and normalization.

Key Features:

• Over 18 million patient records

• Standardized age data in years and FDA age group categories

• Weight data normalized to kilograms

• Age at onset information for temporal analysis

drug__events_reactions (Adverse Reactions Table)

Reported adverse reactions and outcomes using standardized MedDRA terminology.

Key Features:

• Over 54 million reaction records

• MedDRA Preferred Terms and Lowest Level Terms

• Reaction outcomes (Recovered, Fatal, etc.)

• Links to specific patients and drugs through sequence numbers

drug__events_report_sources (Report Sources Table)

Information about the sources of adverse event reports.

Key Features:

• Reporter qualifications and credentials

• Primary source country information

• Report source types for quality assessment

• Links to main event records

Aggregate/Reporting Models

drug__agg_drug_reaction_associations

Pre-aggregated drug-reaction associations with statistical significance measures for safety signal detection.

Use Cases:

• Drug safety signal detection and monitoring

• Adverse reaction frequency analysis

• Comparative safety assessments across drugs

• Pharmacovigilance reporting and alerts

Key Metrics:

• Association strength scores between drugs and reactions

• Occurrence counts and statistical significance

• Serious event and death rates by drug-reaction pair

• Percentage of drug reports with specific reactions

drug__agg_manufacturer_adverse_events

Manufacturer-level adverse event analytics with portfolio safety metrics and competitive benchmarks.

Use Cases:

• Manufacturer safety performance benchmarking

• Portfolio risk assessment across drug products

• Competitive intelligence for pharmaceutical companies

• Regulatory compliance monitoring

Key Metrics:

• Total reports by manufacturer with YoY comparisons

• Serious event and death rates by company

• Number of unique drugs with adverse events

• Trend analysis and growth metrics

drug__agg_demographic_risk_profiles

Demographic risk analysis segmented by patient age groups and gender for targeted safety monitoring.

Use Cases:

• Identifying high-risk patient populations

• Age and gender-based safety signal detection

• Pediatric and geriatric drug safety monitoring

• Demographic-specific risk assessment

Key Metrics:

• Risk scores by demographic segments

• Event counts and rates by age group and gender

• Comparative risk levels across populations

• Statistical significance thresholds (10+ events)

drug__agg_safety_trends

Time-series safety trends with statistical trend detection and forecasting capabilities.

Use Cases:

• Safety signal trend monitoring over time

• Emerging risk detection and early warnings

• Seasonal pattern analysis in adverse events

• Post-market surveillance and monitoring

Key Metrics:

• Multiple time granularities (Daily, Weekly, Monthly, Quarterly)

• Moving averages and trend indicators

• Serious event and death rate trends

• Statistical trend direction classifications

Data Quality Improvements

Patient Information Standardization

Age Normalization

• All patient ages converted to years for consistent analysis

• FDA age group categories applied (Neonate, Infant, Child, Adolescent, Adult, Elderly)

• Handles various reporting formats and units

Weight Standardization

• All weights normalized to kilograms

• Automatic unit detection and conversion

• Validation for realistic weight ranges

Demographic Enhancement

• Gender categories standardized (Male, Female, NULL for unknown)

• Missing data clearly identified for transparency

• Age at onset calculations for temporal analysis

Drug Information Enhancements

Drug Name Standardization

• Medicinal product names cleaned and normalized

• Brand names, generic names, and ingredients handled

• Consistent formatting for analysis

Characterization Categories

• Clear classification: Suspect, Concomitant, Interacting

• Action taken standardization (Withdrawn, Dose reduced, etc.)

• Route of administration normalization

Reaction Coding

MedDRA Standardization

• Preferred Terms (PT) and Lowest Level Terms (LLT) included

• Hierarchical coding system for reaction analysis

• Outcome standardization for severity assessment

Getting Started

Platform Schema Reference

This dataset is available on both Snowflake and Databricks. The table names are the same, but the schema prefix differs:

Platform	Schema	Example
Snowflake	dwv	dwv.drug__events
Databricks	fda_faers_dwv	fda_faers_dwv.drug__events

The examples below show queries for both platforms using tabs.

Basic Query Examples

Recent Adverse Events Overview

Snowflake

-- Search for adverse events involving a specific drug
SELECT
    e.safety_report_id,
    e.receipt_date,
    e.occur_country,
    e.serious,
    d.medicinalproduct,
    d.drug_characterization,
    d.drug_indication,
    d.drug_dose_text
FROM dwv.drug__events e
INNER JOIN dwv.drug__events_drugs d
    ON e.safety_report_id = d.safety_report_id
WHERE d.medicinalproduct ILIKE '%ozempic%'
LIMIT 100;

Databricks

-- Search for adverse events involving a specific drug
SELECT
    e.safety_report_id,
    e.receipt_date,
    e.occur_country,
    e.serious,
    d.medicinalproduct,
    d.drug_characterization,
    d.drug_indication,
    d.drug_dose_text
FROM fda_faers_dwv.drug__events e
INNER JOIN fda_faers_dwv.drug__events_drugs d
    ON e.safety_report_id = d.safety_report_id
WHERE d.medicinalproduct ILIKE '%ozempic%'
LIMIT 100;

Top Adverse Reactions Analysis

Snowflake

-- Count top adverse reactions for a specific drug
SELECT
    r.reaction_meddra_pt as adverse_reaction,
    COUNT(*) as report_count,
    COUNT(CASE WHEN e.serious = true THEN 1 END) as serious_cases,
    ROUND(COUNT(CASE WHEN e.serious = true THEN 1 END) * 100.0 / COUNT(*), 2) as serious_percentage
FROM dwv.drug__events e
INNER JOIN dwv.drug__events_drugs d
    ON e.safety_report_id = d.safety_report_id
INNER JOIN dwv.drug__events_reactions r
    ON e.safety_report_id = r.safety_report_id
WHERE d.medicinalproduct ILIKE '%rinvoq%'
    AND d.drug_characterization = 'Suspect'
    AND r.reaction_meddra_pt IS NOT NULL
GROUP BY r.reaction_meddra_pt
ORDER BY report_count DESC
LIMIT 10;

Databricks

-- Count top adverse reactions for a specific drug
SELECT
    r.reaction_meddra_pt as adverse_reaction,
    COUNT(*) as report_count,
    COUNT(CASE WHEN e.serious = true THEN 1 END) as serious_cases,
    ROUND(COUNT(CASE WHEN e.serious = true THEN 1 END) * 100.0 / COUNT(*), 2) as serious_percentage
FROM fda_faers_dwv.drug__events e
INNER JOIN fda_faers_dwv.drug__events_drugs d
    ON e.safety_report_id = d.safety_report_id
INNER JOIN fda_faers_dwv.drug__events_reactions r
    ON e.safety_report_id = r.safety_report_id
WHERE d.medicinalproduct ILIKE '%rinvoq%'
    AND d.drug_characterization = 'Suspect'
    AND r.reaction_meddra_pt IS NOT NULL
GROUP BY r.reaction_meddra_pt
ORDER BY report_count DESC
LIMIT 10;

Geographic Distribution Analysis

Snowflake

-- Analyze adverse events by country and seriousness
SELECT
    occur_country,
    COUNT(*) as total_reports,
    COUNT(CASE WHEN serious = true THEN 1 END) as serious_reports,
    COUNT(CASE WHEN seriousness_death = true THEN 1 END) as fatal_reports,
    ROUND(COUNT(CASE WHEN serious = true THEN 1 END) * 100.0 / COUNT(*), 2) as serious_percentage
FROM dwv.drug__events
WHERE receipt_date >= CURRENT_DATE - INTERVAL '2 years'
    AND occur_country IS NOT NULL
GROUP BY occur_country
ORDER BY total_reports DESC
LIMIT 15;

Databricks

-- Analyze adverse events by country and seriousness
SELECT
    occur_country,
    COUNT(*) as total_reports,
    COUNT(CASE WHEN serious = true THEN 1 END) as serious_reports,
    COUNT(CASE WHEN seriousness_death = true THEN 1 END) as fatal_reports,
    ROUND(COUNT(CASE WHEN serious = true THEN 1 END) * 100.0 / COUNT(*), 2) as serious_percentage
FROM fda_faers_dwv.drug__events
WHERE receipt_date >= CURRENT_DATE - INTERVAL '2 years'
    AND occur_country IS NOT NULL
GROUP BY occur_country
ORDER BY total_reports DESC
LIMIT 15;

Advanced Analytics Examples

Demographic Risk Analysis

Snowflake

-- Analyze patient demographics for serious adverse events
SELECT
    p.patient_sex,
    p.patient_age_group,
    COUNT(*) as patient_count,
    AVG(p.patient_age_years) as avg_age,
    COUNT(CASE WHEN e.seriousness_death = true THEN 1 END) as fatal_cases
FROM dwv.drug__events e
INNER JOIN dwv.drug__events_patients p
    ON e.safety_report_id = p.safety_report_id
WHERE e.serious = true
    AND e.receipt_date >= '2022-01-01'
    AND p.patient_sex IS NOT NULL
    AND p.patient_age_group IS NOT NULL
GROUP BY p.patient_sex, p.patient_age_group
ORDER BY patient_count DESC;

Databricks

-- Analyze patient demographics for serious adverse events
SELECT
    p.patient_sex,
    p.patient_age_group,
    COUNT(*) as patient_count,
    AVG(p.patient_age_years) as avg_age,
    COUNT(CASE WHEN e.seriousness_death = true THEN 1 END) as fatal_cases
FROM fda_faers_dwv.drug__events e
INNER JOIN fda_faers_dwv.drug__events_patients p
    ON e.safety_report_id = p.safety_report_id
WHERE e.serious = true
    AND e.receipt_date >= '2022-01-01'
    AND p.patient_sex IS NOT NULL
    AND p.patient_age_group IS NOT NULL
GROUP BY p.patient_sex, p.patient_age_group
ORDER BY patient_count DESC;

Manufacturer Safety Performance

Snowflake

-- Top pharmaceutical manufacturers by adverse event volume
SELECT
    e.sender_organization_name as manufacturer,
    COUNT(DISTINCT e.safety_report_id) as total_reports,
    COUNT(DISTINCT d.medicinalproduct) as unique_drugs,
    COUNT(CASE WHEN e.serious = true THEN 1 END) as serious_events,
    ROUND(COUNT(CASE WHEN e.serious = true THEN 1 END) * 100.0 / COUNT(*), 2) as serious_rate
FROM dwv.drug__events e
LEFT JOIN dwv.drug__events_drugs d
    ON e.safety_report_id = d.safety_report_id
WHERE e.receipt_date >= '2023-01-01'
    AND e.sender_organization_name IS NOT NULL
    AND e.sender_organization_name != ''
GROUP BY e.sender_organization_name
HAVING COUNT(DISTINCT e.safety_report_id) >= 100
ORDER BY total_reports DESC
LIMIT 20;

Databricks

-- Top pharmaceutical manufacturers by adverse event volume
SELECT
    e.sender_organization_name as manufacturer,
    COUNT(DISTINCT e.safety_report_id) as total_reports,
    COUNT(DISTINCT d.medicinalproduct) as unique_drugs,
    COUNT(CASE WHEN e.serious = true THEN 1 END) as serious_events,
    ROUND(COUNT(CASE WHEN e.serious = true THEN 1 END) * 100.0 / COUNT(*), 2) as serious_rate
FROM fda_faers_dwv.drug__events e
LEFT JOIN fda_faers_dwv.drug__events_drugs d
    ON e.safety_report_id = d.safety_report_id
WHERE e.receipt_date >= '2023-01-01'
    AND e.sender_organization_name IS NOT NULL
    AND e.sender_organization_name != ''
GROUP BY e.sender_organization_name
HAVING COUNT(DISTINCT e.safety_report_id) >= 100
ORDER BY total_reports DESC
LIMIT 20;

Temporal Trend Analysis

Snowflake

-- Monthly adverse event trends
SELECT
    DATE_TRUNC('month', receipt_date) as report_month,
    COUNT(*) as total_events,
    COUNT(CASE WHEN serious = true THEN 1 END) as serious_events,
    COUNT(DISTINCT sender_organization_name) as reporting_companies,
    COUNT(DISTINCT occur_country) as reporting_countries
FROM dwv.drug__events
WHERE receipt_date >= CURRENT_DATE - INTERVAL '2 years'
  AND receipt_date < CURRENT_DATE
GROUP BY DATE_TRUNC('month', receipt_date)
ORDER BY report_month DESC;

Databricks

-- Monthly adverse event trends
SELECT
    DATE_TRUNC('month', receipt_date) as report_month,
    COUNT(*) as total_events,
    COUNT(CASE WHEN serious = true THEN 1 END) as serious_events,
    COUNT(DISTINCT sender_organization_name) as reporting_companies,
    COUNT(DISTINCT occur_country) as reporting_countries
FROM fda_faers_dwv.drug__events
WHERE receipt_date >= CURRENT_DATE - INTERVAL '2 years'
  AND receipt_date < CURRENT_DATE
GROUP BY DATE_TRUNC('month', receipt_date)
ORDER BY report_month DESC;

Using Pre-Aggregated Analytics

Drug-Reaction Association Analysis

Snowflake

-- Use pre-built drug-reaction associations for quick insights
SELECT
    drug_name,
    reaction,
    occurrence_count,
    serious_rate,
    death_rate,
    association_strength_score
FROM dwv.drug__agg_drug_reaction_associations
WHERE occurrence_count >= 1000  -- Focus on statistically significant associations
    AND serious_rate >= 50.0     -- High seriousness rate
ORDER BY association_strength_score DESC
LIMIT 25;

Databricks

-- Use pre-built drug-reaction associations for quick insights
SELECT
    drug_name,
    reaction,
    occurrence_count,
    serious_rate,
    death_rate,
    association_strength_score
FROM fda_faers_dwv.drug__agg_drug_reaction_associations
WHERE occurrence_count >= 1000  -- Focus on statistically significant associations
    AND serious_rate >= 50.0     -- High seriousness rate
ORDER BY association_strength_score DESC
LIMIT 25;

Demographic Risk Profiling

Snowflake

-- Identify high-risk demographics for specific drugs
SELECT
    drug_name,
    age_group,
    patient_sex,
    event_count,
    serious_rate,
    risk_score,
    risk_level
FROM dwv.drug__agg_demographic_risk_profiles
WHERE drug_name ILIKE '%metformin%'
    AND event_count >= 10  -- Statistical significance threshold
ORDER BY risk_score DESC;

Databricks

-- Identify high-risk demographics for specific drugs
SELECT
    drug_name,
    age_group,
    patient_sex,
    event_count,
    serious_rate,
    risk_score,
    risk_level
FROM fda_faers_dwv.drug__agg_demographic_risk_profiles
WHERE drug_name ILIKE '%metformin%'
    AND event_count >= 10  -- Statistical significance threshold
ORDER BY risk_score DESC;

Safety Trend Monitoring

Snowflake

-- Monitor monthly safety trends for a drug
SELECT
    drug_name,
    time_period,
    period_type,
    event_count,
    serious_rate,
    trend_direction,
    moving_avg_30d
FROM dwv.drug__agg_safety_trends
WHERE drug_name ILIKE '%humira%'
    AND period_type = 'Monthly'
    AND time_period >= '2023-01-01'
ORDER BY time_period DESC;

Databricks

-- Monitor monthly safety trends for a drug
SELECT
    drug_name,
    time_period,
    period_type,
    event_count,
    serious_rate,
    trend_direction,
    moving_avg_30d
FROM fda_faers_dwv.drug__agg_safety_trends
WHERE drug_name ILIKE '%humira%'
    AND period_type = 'Monthly'
    AND time_period >= '2023-01-01'
ORDER BY time_period DESC;

Why Choose This Dataset

• Ready for Analysis: Clean, normalized data with standardized terminology

• Comprehensive Coverage: Complete adverse event data with all related information connected

• Pre-Built Intelligence: Aggregated analytics for immediate insights without complex queries

• Statistical Significance: Built-in thresholds and association measures for reliable analysis

• Performance Optimized: Denormalized keys and pre-aggregations for fast query performance

Data Update Frequency and Freshness

Deprecated and no longer updated. The schedule below describes how this dataset operated while it was active. It is now frozen (final data May 2026). For current, weekly-updated adverse-event data, use FDA AEMS.

Update Schedule

• FDA Updates: FDA releases new FAERS data quarterly

• Corrections & Amendments: FDA publishes corrections and amendments several times per week between quarterly releases

• Our Updates: We check for new data and corrections twice daily and load them immediately when available

• Typical Data Lag: Drug adverse event data is typically 3-6 months behind real-time due to FDA's quarterly release cycle

Understanding Data Timeliness

The FDA FAERS data has a significant lag due to the quarterly reporting cycle:

• Adverse events are collected throughout each quarter

• FDA processes and validates reports after quarter end

• Data is typically released 3-4 months after the quarter closes

What This Means for You

• Most recent adverse event data will be 3-6 months old

• This is inherent to FDA's quarterly release schedule for ensuring data quality

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Trial Access

The free trial provides a complete, joinable subset of the FDA FAERS dataset on both Snowflake and Databricks so you can evaluate the data with realistic queries before subscribing.

What's Included in the Trial

Event tables (parent-child linked):

Table	Trial Scope	Filter
drug__events	Full year of events (Jan 2023 - Dec 2023)	Date-filtered by receipt_date
drug__events_drugs	All drugs for trial events	FK-linked to trial events
drug__events_patients	All patients for trial events	FK-linked to trial events
drug__events_reactions	All reactions for trial events	FK-linked to trial events

Standalone tables: drug__events_report_sources and all aggregate/reporting models are available with a representative sample.

Why This Matters

Unlike a random row sample, the trial data preserves referential integrity across all tables. Every drug, patient, and reaction record in the trial corresponds to an actual event in the trial period. This means:

• All JOINs return complete results - no missing child records

• Multi-table queries work exactly as they would on the full dataset

• Aggregate analyses over the trial period are accurate and representative

Trial Query Example

Snowflake

-- This query works correctly on trial data - all joins return matching rows
SELECT
    e.safety_report_id,
    e.receipt_date,
    e.serious,
    d.medicinalproduct,
    d.drug_characterization,
    p.patient_sex,
    p.patient_age_years,
    r.reaction_meddra_pt
FROM dwv.drug__events e
JOIN dwv.drug__events_drugs d ON e.safety_report_id = d.safety_report_id
LEFT JOIN dwv.drug__events_patients p ON e.safety_report_id = p.safety_report_id
LEFT JOIN dwv.drug__events_reactions r ON e.safety_report_id = r.safety_report_id
WHERE d.drug_characterization = 'Suspect'
LIMIT 100;

Databricks

-- This query works correctly on trial data - all joins return matching rows
SELECT
    e.safety_report_id,
    e.receipt_date,
    e.serious,
    d.medicinalproduct,
    d.drug_characterization,
    p.patient_sex,
    p.patient_age_years,
    r.reaction_meddra_pt
FROM fda_faers_dwv.drug__events e
JOIN fda_faers_dwv.drug__events_drugs d ON e.safety_report_id = d.safety_report_id
LEFT JOIN fda_faers_dwv.drug__events_patients p ON e.safety_report_id = p.safety_report_id
LEFT JOIN fda_faers_dwv.drug__events_reactions r ON e.safety_report_id = r.safety_report_id
WHERE d.drug_characterization = 'Suspect'
LIMIT 100;

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Frequently Asked Questions

What is the FAERS database? FAERS (FDA Adverse Event Reporting System) is the FDA's database of adverse event and medication error reports for approved drugs and therapeutic biologic products, submitted by manufacturers, healthcare professionals, and consumers. This product delivers it as typed, joinable SQL tables instead of quarterly extract files.

What does FAERS stand for? FDA Adverse Event Reporting System.

Is the FAERS data still updated? This FAERS dataset is frozen (final data May 2026). Ongoing drug adverse-event data continues in FDA AEMS Adverse Events, which unifies drug (FAERS) and device (MAUDE) reports in one weekly-updated dataset with built-in PRR signal detection.

How do I get FAERS quarterly data as SQL? Every FAERS quarter is already loaded as queryable tables; no downloading or parsing the FDA's quarterly extract files. Query drug__events and its child tables directly; see the examples above.

Get Started

FDA FAERS Data Access

Includes	All base tables, 4 aggregate models, quarterly updates
Support	Email support included
Cancellation	Cancel anytime, no long-term commitment

Choose Your Platform

Platform	Get Access	Free Trial
Snowflake	Get on Marketplace →	Available via Marketplace
Databricks	Subscribe → or FDA AEMS on Marketplace →	Start 14-Day Free Trial →

Important Data Interpretation Guidelines

• Adverse event reports are voluntary submissions and may not represent all occurrences

• Reports do not establish causation between drugs and adverse events

• Duplicate reports may exist despite FDA's deduplication efforts

• Reporting rates can be influenced by media attention, new drug launches, and other factors

• Statistical associations should be validated with clinical expertise

FDA Documentation Resources

• FDA Adverse Event Reporting System (FAERS)

• FAERS Public Dashboard

• MedDRA (Medical Dictionary for Regulatory Activities)

• Questions and Answers on FDA's AERS

• FAERS Quarterly Data Files