Executive function in individuals with clinically significant weight loss via behavioral intervention

Abstract Background Executive function (EF) is associated with obesity development and self‐management. Individuals who demonstrate or self‐report poorer EF performance tend to have poorer short‐term outcomes in obesity treatment. There may be distinct behavioral self‐management strategies and EF do...

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Main Authors: Marissa A. Gowey, William H. Neumeier, Samantha Henry, Virginia G. Wadley, Janice Phillips, Kathleen M. Hayden, Mark A. Espeland, Mace Coday, Cora E. Lewis, Gareth R. Dutton
Format: Article
Language:English
Published: Wiley 2021-02-01
Series:Obesity Science & Practice
Subjects:
Online Access:https://doi.org/10.1002/osp4.458
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spelling doaj-608bb403cec94a5cbe2c214a9d3715be2021-02-26T17:51:32ZengWileyObesity Science & Practice2055-22382021-02-0171253410.1002/osp4.458Executive function in individuals with clinically significant weight loss via behavioral interventionMarissa A. Gowey0William H. Neumeier1Samantha Henry2Virginia G. Wadley3Janice Phillips4Kathleen M. Hayden5Mark A. Espeland6Mace Coday7Cora E. Lewis8Gareth R. Dutton9University of Alabama at Birmingham Birmingham Alabama USAU.S. Army Research Institute of Environmental Medicine Natick Massachusetts USADepartment of Neurology Baylor College of Medicine Houston Texas USAUniversity of Alabama at Birmingham Birmingham Alabama USAUniversity of Alabama at Birmingham Birmingham Alabama USAWake Forest School of Medicine Winston‐Salem North Carolina USAWake Forest School of Medicine Winston‐Salem North Carolina USAUniversity of Tennessee Health Science Center Memphis Tennessee USAUniversity of Alabama at Birmingham Birmingham Alabama USAUniversity of Alabama at Birmingham Birmingham Alabama USAAbstract Background Executive function (EF) is associated with obesity development and self‐management. Individuals who demonstrate or self‐report poorer EF performance tend to have poorer short‐term outcomes in obesity treatment. There may be distinct behavioral self‐management strategies and EF domains related to initial weight loss as compared to weight loss maintenance. Objective To characterize EF in individuals who achieved clinically significant weight loss via behavioral intervention and examine potential differences in EF between those who maintained versus regained lost weight. Methods Participants who previously achieved ≥5% weight loss via lifestyle intervention were included (N = 44). “Maintainers” (n = 16) maintained this minimum level of weight loss for ≥1 year. “Regainers” (n = 28) regained some or all initially lost weight. Performance‐based EF, intelligence quotient, health literacy, depression, anxiety, binge eating, demographics, and medical/weight history were assessed using a cross‐sectional design. Descriptive statistics and age‐, gender‐, education‐adjusted reference ranges were used to characterize EF. Analyses of covariance were conducted to examine EF differences between maintainers and regainers. Results The sample consisted primarily of females with obesity over age 50. Approximately half self‐identified as African–American. Decision‐making performance was better in maintainers than regainers (p = 0.003, partη2 = 0.19). There were no differences between maintainers and regainers in inhibitory control, verbal fluency, planning/organization, cognitive flexibility, or working memory (ps > 0.05, partη2s = 0.003–0.07). At least 75% of the sample demonstrated average‐above average EF test performance, indicated by scaled scores ≥13 or t‐scores > 60. Conclusions Most individuals with obesity who achieved clinically significant weight loss via behavioral intervention had average to above average EF. Individuals who maintained (vs. regained) their lost weight performed better on tests of decision‐making.https://doi.org/10.1002/osp4.458adultsbehavioral interventionexecutive functionmaintenanceobesityregain
collection DOAJ
language English
format Article
sources DOAJ
author Marissa A. Gowey
William H. Neumeier
Samantha Henry
Virginia G. Wadley
Janice Phillips
Kathleen M. Hayden
Mark A. Espeland
Mace Coday
Cora E. Lewis
Gareth R. Dutton
spellingShingle Marissa A. Gowey
William H. Neumeier
Samantha Henry
Virginia G. Wadley
Janice Phillips
Kathleen M. Hayden
Mark A. Espeland
Mace Coday
Cora E. Lewis
Gareth R. Dutton
Executive function in individuals with clinically significant weight loss via behavioral intervention
Obesity Science & Practice
adults
behavioral intervention
executive function
maintenance
obesity
regain
author_facet Marissa A. Gowey
William H. Neumeier
Samantha Henry
Virginia G. Wadley
Janice Phillips
Kathleen M. Hayden
Mark A. Espeland
Mace Coday
Cora E. Lewis
Gareth R. Dutton
author_sort Marissa A. Gowey
title Executive function in individuals with clinically significant weight loss via behavioral intervention
title_short Executive function in individuals with clinically significant weight loss via behavioral intervention
title_full Executive function in individuals with clinically significant weight loss via behavioral intervention
title_fullStr Executive function in individuals with clinically significant weight loss via behavioral intervention
title_full_unstemmed Executive function in individuals with clinically significant weight loss via behavioral intervention
title_sort executive function in individuals with clinically significant weight loss via behavioral intervention
publisher Wiley
series Obesity Science & Practice
issn 2055-2238
publishDate 2021-02-01
description Abstract Background Executive function (EF) is associated with obesity development and self‐management. Individuals who demonstrate or self‐report poorer EF performance tend to have poorer short‐term outcomes in obesity treatment. There may be distinct behavioral self‐management strategies and EF domains related to initial weight loss as compared to weight loss maintenance. Objective To characterize EF in individuals who achieved clinically significant weight loss via behavioral intervention and examine potential differences in EF between those who maintained versus regained lost weight. Methods Participants who previously achieved ≥5% weight loss via lifestyle intervention were included (N = 44). “Maintainers” (n = 16) maintained this minimum level of weight loss for ≥1 year. “Regainers” (n = 28) regained some or all initially lost weight. Performance‐based EF, intelligence quotient, health literacy, depression, anxiety, binge eating, demographics, and medical/weight history were assessed using a cross‐sectional design. Descriptive statistics and age‐, gender‐, education‐adjusted reference ranges were used to characterize EF. Analyses of covariance were conducted to examine EF differences between maintainers and regainers. Results The sample consisted primarily of females with obesity over age 50. Approximately half self‐identified as African–American. Decision‐making performance was better in maintainers than regainers (p = 0.003, partη2 = 0.19). There were no differences between maintainers and regainers in inhibitory control, verbal fluency, planning/organization, cognitive flexibility, or working memory (ps > 0.05, partη2s = 0.003–0.07). At least 75% of the sample demonstrated average‐above average EF test performance, indicated by scaled scores ≥13 or t‐scores > 60. Conclusions Most individuals with obesity who achieved clinically significant weight loss via behavioral intervention had average to above average EF. Individuals who maintained (vs. regained) their lost weight performed better on tests of decision‐making.
topic adults
behavioral intervention
executive function
maintenance
obesity
regain
url https://doi.org/10.1002/osp4.458
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