Two-Phase Market Research: Evaluating Medical Procedures for Bladder Cancer Diagnosis and Treatment
Recruitment.
- Client Type
Market Research Agency (MRA)
- Therapeutic area
- Countries
- Target Specialties
- Sample
Phase 1: 78 Qualitative Interviews
Phase 2: 501 Quantitative Completes
- Methodology
Phase 2: Online Survey
Business Objective
Project Scope
The QQFS Approach
- Tailored Recruitment Strategy: QQFS tackled the recruitment challenge head-on with a blend of desk research, targeted outreach, and smart use of our internal pre-profiling tools. Our experienced recruitment team leveraged deep panel knowledge to accurately identify and screen suitable respondents who met the client’s criteria.
- Consultative Project Management: Our team maintained continuous and transparent communication with the client, helping to clarify expectations around feasibility and providing detailed justifications for every respondent we proposed. This consultative approach helped the client to feel confident at every stage, particularly when quick decision-making was needed.
- Efficient Fieldwork Execution:
Qualitative Phase: Despite some recruitment complexity, the fieldwork progressed smoothly across most markets. The team adapted quickly where challenges arose, most notably in Norway, and managed to deliver a highly representative and insightful sample. All interviews were conducted in the local language when moderated by our team, while the client moderated their sessions in English. This ensured the highest quality of responses and optimal outcomes, and the study was delivered within the expected timeframe.
Quantitative Phase: We took all the learnings from the qualitative phase of the study and have reviewed the incidence rate per target, to ensure the feasibility for the quantitative element remained accurate. After our suggestions the client has reviewed and adapted the screening criteria as well as sub-quotas based on the qualitative outcomes. This way we ensured that we would have minimal fieldwork disruptions during the online element.