New technological applications are usually expected to increase the health care costs. But they can also spawn cost savings in the long run, for example, when making time-consuming diagnostic methods more efficient and facilitating targeted therapy. This study analyses how the implementation of new technological applications in acute treatment affects the long-term cost structure of health care. The non-monetary utility is compared to cost-efficiency impacts of a new technology. A theoretical apparatus is constructed and utilized in two empirical cases : thrombolytic therapy for stroke, and Boron Neutron Capture Therapy (BNCT) on glioblastoma-type brain cancers. The empirical cases indicate how the monetary cost-efficiency of the new technologies can be related to the non-monetary patient utility.
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- Aaltonen, Kimmo
- Aitti, Jarkko
- Ali-Yrkkö, Jyrki
- Asplund, Rita
- Berg-Andersson, Birgitta
- Heikkinen, Hannele
- Hyvönen-Rajecki, Kaija
- Jalaistus, Kirsti
- Kaitila, Ville
- Kalm, Matias
- Kaseva, Hannu
- Kauhanen, Antti
- Kauppi, Eija
- Koski, Heli
- Kotilainen, Markku
- Kulvik, Martti
- Laine, Harri
- Lammi, Markku
- Larjos, Petteri
- Lassila, Jukka
- Littu, Sinikka
- Luukkonen, Terttu
- Maliranta, Mika
- Mankinen, Reijo
- Martikainen, Olli
- Määttänen, Niku
- Nikinmaa, Timo
- Nikulainen, Tuomo
- Pajarinen, Mika
- Ranta, Paula
- Rantala, Olavi
- Riekkinen, Laila
- Rouvinen, Petri
- Räihä, Arja
- Saariokari, Pirjo
- Salmi, Julia
- Seppälä, Timo
- Soininen, Johanna
- Suni, Paavo
- Tahvanainen, Antti-Jussi
- Tigerstedt, Christina
- Valkonen, Tarmo
- Vanhala, Pekka
- Vihriälä, Vesa
- Virkola, Tuomo
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