A meta-analytical and experimental examination of blood glucose effects on decision making under risk

Previous research has shown that short-term changes in blood glucose influence our preferences and may affect decisions about risk as well. However, consensus is lacking about whether and how blood glucose influences decision making under risk, and we conduct two experiments and a meta-analysis to e...

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Main Authors: Jacob Lund Orquin, Jacob Dalgaard Christensen, Carl-Johan Lagerkvist
Format: Article
Language:English
Published: Society for Judgment and Decision Making 2020-11-01
Series:Judgment and Decision Making
Subjects:
Online Access:http://journal.sjdm.org/19/191213/jdm191213.pdf
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spelling doaj-36cb62180fde4218867eb70e064471bf2021-05-02T23:31:34ZengSociety for Judgment and Decision MakingJudgment and Decision Making1930-29752020-11-0115610241036A meta-analytical and experimental examination of blood glucose effects on decision making under riskJacob Lund OrquinJacob Dalgaard ChristensenCarl-Johan LagerkvistPrevious research has shown that short-term changes in blood glucose influence our preferences and may affect decisions about risk as well. However, consensus is lacking about whether and how blood glucose influences decision making under risk, and we conduct two experiments and a meta-analysis to examine this question in detail. In Study 1, using a pecuniary valuation method, we find no effect of blood glucose on willingness to pay for risky products that may act as allergens. In Study 2, using risky gambles, we find that low levels of blood glucose increase risk taking for food and to a lesser degree for non-food rewards. Combining our own and previous findings in a meta-analysis, we show that low levels of blood glucose on average increase risk taking about food. Low blood glucose does not increase risk taking about non-food rewards although this is subject to heterogeneity. Overall, our studies suggest that low blood glucose increases our willingness to gamble on how much food we can get, but not our willingness to eat food that can harm us. Our findings are best explained by the energy budget rule.http://journal.sjdm.org/19/191213/jdm191213.pdfrisk; blood glucose; decision making; meta-analysis; energy budget rulenakeywords
collection DOAJ
language English
format Article
sources DOAJ
author Jacob Lund Orquin
Jacob Dalgaard Christensen
Carl-Johan Lagerkvist
spellingShingle Jacob Lund Orquin
Jacob Dalgaard Christensen
Carl-Johan Lagerkvist
A meta-analytical and experimental examination of blood glucose effects on decision making under risk
Judgment and Decision Making
risk; blood glucose; decision making; meta-analysis; energy budget rulenakeywords
author_facet Jacob Lund Orquin
Jacob Dalgaard Christensen
Carl-Johan Lagerkvist
author_sort Jacob Lund Orquin
title A meta-analytical and experimental examination of blood glucose effects on decision making under risk
title_short A meta-analytical and experimental examination of blood glucose effects on decision making under risk
title_full A meta-analytical and experimental examination of blood glucose effects on decision making under risk
title_fullStr A meta-analytical and experimental examination of blood glucose effects on decision making under risk
title_full_unstemmed A meta-analytical and experimental examination of blood glucose effects on decision making under risk
title_sort meta-analytical and experimental examination of blood glucose effects on decision making under risk
publisher Society for Judgment and Decision Making
series Judgment and Decision Making
issn 1930-2975
publishDate 2020-11-01
description Previous research has shown that short-term changes in blood glucose influence our preferences and may affect decisions about risk as well. However, consensus is lacking about whether and how blood glucose influences decision making under risk, and we conduct two experiments and a meta-analysis to examine this question in detail. In Study 1, using a pecuniary valuation method, we find no effect of blood glucose on willingness to pay for risky products that may act as allergens. In Study 2, using risky gambles, we find that low levels of blood glucose increase risk taking for food and to a lesser degree for non-food rewards. Combining our own and previous findings in a meta-analysis, we show that low levels of blood glucose on average increase risk taking about food. Low blood glucose does not increase risk taking about non-food rewards although this is subject to heterogeneity. Overall, our studies suggest that low blood glucose increases our willingness to gamble on how much food we can get, but not our willingness to eat food that can harm us. Our findings are best explained by the energy budget rule.
topic risk; blood glucose; decision making; meta-analysis; energy budget rulenakeywords
url http://journal.sjdm.org/19/191213/jdm191213.pdf
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