TY - JOUR
T1 - Toward a Contingency Model for Hospital-Based Health Technology Assessment: Evidence from the AdHopHTA Project
AU - Cicchetti, Americo
AU - Iacopino, Valentina
AU - Coretti, Silvia
AU - Fiore, Alberto
AU - Marchetti, Marco
PY - 2018
Y1 - 2018
N2 - Objectives: Hospital-based health technology assessment (HB-HTA) is becoming increasingly relevant because of its role in managing the introduction and withdrawal of health
technologies. The organizational arrangement in which HB-HTA activities are conducted depends on several contextual factors, although the dominant models have several
similarities. The aims of this study were to explore, describe, interpret, and explain seven cases of the application of HB-HTA logic and to propose a classification for HB-HTA
organizational models which may be beneficial for policy makers and HTA professionals.
Methods: The study was part of the AdHopHTA Project, granted under the European 7th Framework Research Programme. A case study methodology was applied to analyze seven
HB-HTA initiatives in seven countries, with collection of qualitative and quantitative data. Cross-case analysis was performed within the framework of contingent organizational
theory.
Results: Evidence showed that some organizational or “structural” variables, namely the level of procedure formalization/structuration and the level of integration with other HTA
bodies at the national, regional, and provincial levels, predominantly shape the HB-HTA approach, determining a contingency model of HB-HTA. Crossing the two variables, four
options have emerged: integrated specialized HTA unit, stand-alone HTA unit, integrated-essential HTA, independent group unit.
Conclusions: No one-best-way approach can be used for HTA at the hospital level. Rather, the characteristics of HTA models depend on many contextual factors. Such
conceptualization may aid the diffusion of HB-HTA to inform managerial decision making and clinical practice.
AB - Objectives: Hospital-based health technology assessment (HB-HTA) is becoming increasingly relevant because of its role in managing the introduction and withdrawal of health
technologies. The organizational arrangement in which HB-HTA activities are conducted depends on several contextual factors, although the dominant models have several
similarities. The aims of this study were to explore, describe, interpret, and explain seven cases of the application of HB-HTA logic and to propose a classification for HB-HTA
organizational models which may be beneficial for policy makers and HTA professionals.
Methods: The study was part of the AdHopHTA Project, granted under the European 7th Framework Research Programme. A case study methodology was applied to analyze seven
HB-HTA initiatives in seven countries, with collection of qualitative and quantitative data. Cross-case analysis was performed within the framework of contingent organizational
theory.
Results: Evidence showed that some organizational or “structural” variables, namely the level of procedure formalization/structuration and the level of integration with other HTA
bodies at the national, regional, and provincial levels, predominantly shape the HB-HTA approach, determining a contingency model of HB-HTA. Crossing the two variables, four
options have emerged: integrated specialized HTA unit, stand-alone HTA unit, integrated-essential HTA, independent group unit.
Conclusions: No one-best-way approach can be used for HTA at the hospital level. Rather, the characteristics of HTA models depend on many contextual factors. Such
conceptualization may aid the diffusion of HB-HTA to inform managerial decision making and clinical practice.
KW - Health Technology Assessment
KW - Organizational Models
KW - Health Technology Assessment
KW - Organizational Models
UR - http://hdl.handle.net/10807/178743
U2 - 10.1017/S0266462318000119
DO - 10.1017/S0266462318000119
M3 - Article
SN - 0266-4623
VL - 34
SP - 205
EP - 211
JO - International Journal of Technology Assessment in Health Care
JF - International Journal of Technology Assessment in Health Care
ER -