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3. Head-to-head comparison of health-state values derived by a probabilistic choice model and scores on a visual analogue scale.

5. Reducing Cognitive Burden In Discrete Choice Experiments

8. Multinational evidence of the applicability and robustness of discrete choice modeling for deriving EQ-5D-5L health-state values.

10. Time to tweak the TTO: results from a comparison of alternative specifications of the TTO.

11. The effects of lead time and visual aids in TTO valuation: a study of the EQ-VT framework.

12. Het Rijksvaccinatieprogramma nu en in de toekomst: ontwikkelingen in 2005

13. Het Rijksvaccinatieprogramma nu en in de toekomst: ontwikkelingen in 2005

23. Putting the Choice in Choice Tasks: Incorporating Preference Elicitation Tasks in Health Preference Research.

24. Patient preferences for a guided self-help programme to prevent relapse in anxiety or depression: A discrete choice experiment.

25. Exploring the Impact of Adding a Respiratory Dimension to the EQ-5D-5L.

26. The Fold-in, Fold-out Design for DCE Choice Tasks: Application to Burden of Disease.

27. Attribute level overlap (and color coding) can reduce task complexity, improve choice consistency, and decrease the dropout rate in discrete choice experiments.

28. Advocating a Paradigm Shift in Health-State Valuations: The Estimation of Time-Preference Corrected QALY Tariffs.

29. Effect of Level Overlap and Color Coding on Attribute Non-Attendance in Discrete Choice Experiments.

30. Choice Defines Value: A Predictive Modeling Competition in Health Preference Research.

31. ABC Index: quantifying experienced burden of COPD in a discrete choice experiment and predicting costs.

32. Are Health State Valuations from the General Public Biased? A Test of Health State Reference Dependency Using Self-assessed Health and an Efficient Discrete Choice Experiment.

33. Head-to-head comparison of health-state values derived by a probabilistic choice model and scores on a visual analogue scale.

34. Health Valuation: Demonstrating the Value of Health and Lifespan.

35. Doctors' preferences in de-escalating DMARDs in rheumatoid arthritis: a discrete choice experiment.

36. EQ-5D in Central and Eastern Europe: 2000-2015.

37. Cost-effectiveness of the 'Walcheren Integrated Care Model' intervention for community-dwelling frail elderly.

38. Patient and physician preferences for oral pharmacotherapy for overactive bladder: two discrete choice experiments.

39. What Influences Patients' Decisions When Choosing a Health Care Provider? Measuring Preferences of Patients with Knee Arthrosis, Chronic Depression, or Alzheimer's Disease, Using Discrete Choice Experiments.

40. Perspectives of Clinicians Involved in the RESTART-Study: Outcomes of a Focus Group.

41. Sample Size Requirements for Discrete-Choice Experiments in Healthcare: a Practical Guide.

42. Health-related quality of life of preschool children who stutter.

43. Multinational evidence of the applicability and robustness of discrete choice modeling for deriving EQ-5D-5L health-state values.

44. Quality of life instruments for economic evaluations in health and social care for older people: a systematic review.

45. The effects of lead time and visual aids in TTO valuation: a study of the EQ-VT framework.

46. Introducing the composite time trade-off: a test of feasibility and face validity.

47. Time to tweak the TTO: results from a comparison of alternative specifications of the TTO.

48. Dealing with the health state 'dead' when using discrete choice experiments to obtain values for EQ-5D-5L heath states.

49. Time trade-off: one methodology, different methods.

50. Lead time TTO: leading to better health state valuations?

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