Integrated ATU and Secondary First: A New Standard for Brand Utilization Insights in Pharma

Introduction

Today’s pharmaceutical landscape requires a more dynamic, multidimensional approach to understanding the drivers of brand utilization. As stakeholder networks become increasingly complex and the industry shifts toward specialty, regimen-based therapies, traditional Attitude, Trial, and Usage (ATU) research, built primarily around one stakeholder’s viewpoints, is no longer sufficient. Integrating secondary data with primary research, primarily through a “Secondary First” philosophy, is transforming how organizations generate, interpret, and act on insights to guide brand strategy and commercial execution.

The Evolution of Brand Utilization Research

From Siloed Tracks to Integrated Approaches

  • Traditional ATU: Focuses on surveying select healthcare professionals (HCPs) to capture perceptions, intentions, and behaviors, often missing the context provided by patient, payer, and other stakeholder data
  • Secondary First & Integrated ATU: Leverages robust secondary data sets (claims, EHRs, payer records, promotion data) to anchor and refine primary research, aligning all available insights for a richer, more actionable understanding of marketplace realities

Why Integrated Approaches Outperform Standalone Solutions

The Power of Secondary Data

  • Granularity and Scale: Access to anonymized, patient-level datasets, payer claims, and real-world promotion touchpoints uncovers patterns across tens of thousands of prescribers and hundreds of thousands of patients, going far beyond the reach of even well-designed surveys
  • Contextualization: Secondary data confirms whether HCP perceptions (e.g., about managed care access) reflect systemic market realities or practice-specific phenomena
  • Segmentation and Targeting: Enables precise identification of high-potential yet underutilized prescribers, as well as local market anomalies, so primary research focuses on the “why” for targeted segments.

The Critical Role of Primary Research

  • Root Cause Uncovering: Surveys and interviews probe motivations, beliefs, and attitudes that drive observed patterns, explaining why actions, preferences, or gaps exist and surfacing psychographic drivers behind prescribing behavior
  • Validation and Expansion: Hypotheses derived from secondary data are tested, refined, and expanded, ensuring research is both relevant and efficient.

Key Components of an Integrated ATU Model

Component How Secondary Data Adds Value How Primary Research Adds Value Example Use
Prescribing Behavior Reveals actual patient flows, switches Explores reasons for switches or stagnation Identify HCPs whose patients don’t persist and probe root causes in survey/interview
Patient Characteristics Profiles demographics, co-morbidities Explains influence of these factors in HCP choices Link EHR comorbidity data to HCPs choosing differently for similar patients
Impact of Promotion Measures correlation of messages and Rx Gauges message recall, attitude shifts Assess why certain messages improve utilization only for specific HCPs or patient segments
Market Access Shows true co-pay, plan barriers Reveals perceived vs. actual obstacles Determine if access issues are widespread or practice-specific
Competitor Analysis Maps competitor penetration and loyalty Probes motivations for preferring alternatives Integrate claims data to track switching and explore underlying beliefs
Future Intentions Projects trends from behavior data Reveals drivers of intended usage increase/decrease Forecast utilization based on both intention and recent prescribing patterns

 

The Secondary First Process in Action

  1. Hypothesis Formation Using Secondary Data
    Organizations start with integrated commercial analytics sets, mining claims, EHRs, and promotion data to:

    • Surface regional or practice-level anomalies (e.g., delayed therapy initiation, differential patient persistence)
    • Quantify access barriers and copay patterns at the provider and patient level
    • Map prescriber, patient, and payer dynamics for more precise segmentation
  2. Targeted, Segment-Specific Primary Research
    Rather than broad, generic surveys, companies design focused research for:

    • High-opportunity but low-utilizing prescribers
    • Practices with unique patient demographics (e.g., high dual-eligible Medicare/Medicaid mixes)
    • Areas with anomalous patterns (e.g., outlier switch/add-on behavior)
  3. Holistic Integration and Interpretation
    • Combine “what they do” (claims/behavioral data) with “what they say” (primary research) for 360° context.
    • Cross-validate findings to ensure strategies align with both reality and stakeholder perspectives.
  4. Actionable Analytics and Execution
    • Custom-tailor messaging, field activity, and payer strategies by physician or region
    • Prioritize market access efforts where true systemic barriers—not just perceptions—exist

Real-World Examples

Patient Subsidy and Market Messaging

Secondary data revealed stark regional differences in patient access to a cardiovascular brand. In Miami, physicians mainly had patients with a “Low Income Subsidy” who incurred minimal copays, whereas in Sarasota, out-of-pocket costs posed access challenges. This guided the field team to deploy tailored access and messaging strategies in each city.

Delayed Add-On Therapy

Analysis flagged a set of HCPs slow to prescribe adjunctive branded therapies. Primary research identified local practice norms (peer-influenced guidance) as the real reason, redirecting tactical education to institutional rather than individual levels.

Segmenting for Action

Physician profiling through commercial analytics enabled the brand to deploy co-pay and support programs differentially, targeting needs rather than a one-size-fits-all approach, thereby maximizing impact and ROI.

 

Economic and Managerial Impact

Traditional Primary ATU Secondary First / Integrated ATU
$6–7M spend per annum for broad studies 30–50% net cost savings via focused, iterative research
Repetitive, large-scale surveys Segment-led, hypothesis-driven research
“Less with less”: fewer respondents, fewer insights as costs are cut “More with less”: more actionable insights, less cost
Frequent ambiguity, slower commercial action Faster, evidence-based decisions

Best Practices for Implementation

  • Create a fully integrated analytics set: HIPAA-compliant and de-identified, spanning patient, prescriber, payer, and promotional variables.
  • Use secondary data to define hypotheses and prioritize research: Ensure every primary research project starts with clear, data-driven objectives.
  • Institutionalize cross-functional collaboration: Connect data scientists, market researchers, and commercial teams for rapid insight-to-execution cycles.
  • Pilot integrated approaches in brands/markets with complex stakeholder dynamics: Ideal for specialized, multi-product, or regimen-based therapies experiencing market performance gaps.

Conclusion

The integration of secondary data and primary research—anchored in a “Secondary First” philosophy—represents the new standard for market insight in the pharmaceutical industry. By leveraging the power of both robust data assets and stakeholder perspectives, organizations unlock a more nuanced, reliable, and actionable view of brand utilization decisions. This approach not only saves costs but ensures commercial strategies are aligned to real-world opportunities and challenges, empowering brands to optimize growth and outperform competitors in today’s complex market environments

Disclaimer: The views expressed in the article are those of the authors and not of the organizations they represent.

  • Partha Anbil

    Partha Anbil is at the intersection of the Life Sciences industry and Management Consulting. He is currently SVP, Life Sciences, at Coforge Limited, a $1.7B multinational digital solutions and technology consulting services company. He held senior leadership roles at WNS, IBM, Booz & Company, Symphony, IQVIA, KPMG Consulting, and PWC. Mr. Anbil has consulted with and counseled Health and Life Sciences clients on structuring solutions to address strategic, operational, and organizational challenges. He was a member of the IBM Industry Academy, a very selective group of professionals inducted into the academy by invitation only, the highest honor at IBM. He is a healthcare expert member of the World Economic Forum (WEF). He is also a Life Sciences industry advisor at MIT, his alma mater