Keyword search (4,163 papers available)

"health behavior" Keyword-tagged Publications:

Title Authors PubMed ID
1 Updated Status of Physical Activity Research for People With Traumatic Brain Injury Quilico EL; Driver SJ; 41606762
CONCORDIA
2 Symptom burden, healthcare utilization, and risky behaviors in survivors of the childhood cancer survivor study (CCSS): an observation cohort study Webster R; Srivastava DK; Xie L; Darji H; Liu W; McGrady ME; Brinkman TM; Alberts NM; Ness KK; Fuemmeler B; Kunin-Batson AS; Huang IC; Armstrong GT; Howell RM; Green DM; Yasui Y; Krull KR; 41340862
PSYCHOLOGY
3 Comparing the impact of in-person vs. virtual 10-week family-based childhood obesity management program on anthropometric, cardiometabolic, and mental health outcomes Heidl AJ; Sun D; Faustini C; Gierc M; Bains A; Cohen TR; 41332896
MATHSTATS
4 Addressing vaccine hesitancy: A systematic review comparing the efficacy of motivational versus educational interventions on vaccination uptake Labbé S; Bacon SL; Wu N; Ribeiro PAB; Boucher VG; Stojanovic J; Voisard B; Deslauriers F; Tremblay N; Hébert-Auger L; Lavoie KL; 40167044
HKAP
5 Differences in Geographical Location and Health Behaviors of Participants in a Family-Based Lifestyle Intervention for Children and Adolescents Living with Obesity Heidl AJ; Gierc M; Saputra S; Waliwitiya T; Puterman E; Cohen TR; 39761009
MATHSTATS
6 Weight-control compensatory behaviors patterns and correlates: a scoping review Yuan TY; Bouzari N; Bains A; Cohen TR; Kakinami L; 39469249
SOH
7 Optimism, pessimism, and physical health among youth: a scoping review Fairbank EJ; Borenstein-Laurie J; Alberts NM; Wrosch C; 38879445
PSYCHOLOGY
8 Clustering of Health Behaviors in Canadians: A Multiple Behavior Analysis of Data from the Canadian Longitudinal Study on Aging van Allen Z; Bacon SL; Bernard P; Brown H; Desroches S; Kastner M; Lavoie KL; Marques MM; McCleary N; Straus S; Taljaard M; Thavorn K; Tomasone JR; Presseau J; 37155331
HKAP
9 The Dyadic Health Influence Model Huelsnitz CO; Jones RE; Simpson JA; Joyal-Desmarais K; Standen EC; Auster-Gussman LA; Rothman AJ; 34873983
CONCORDIA
10 Clustering of Unhealthy Behaviors: Protocol for a Multiple Behavior Analysis of Data From the Canadian Longitudinal Study on Aging van Allen Z; Bacon SL; Bernard P; Brown H; Desroches S; Kastner M; Lavoie K; Marques M; McCleary N; Straus S; Taljaard M; Thavorn K; Tomasone JR; Presseau J; 34114962
HKAP
11 COVID-19 Experiences and Social Distancing: Insights From the Theory of Planned Behavior Frounfelker RL; Santavicca T; Li ZY; Miconi D; Venkatesh V; Rousseau C; 34074154
CONCORDIA
12 Rethinking How to Expand the Evidence Base for Health Behavior Change in Cardiovascular Disease Prevention. Bacon SL, Campbell TS, Lavoie KL 32439011
HKAP

 

Title:Clustering of Health Behaviors in Canadians: A Multiple Behavior Analysis of Data from the Canadian Longitudinal Study on Aging
Authors:van Allen ZBacon SLBernard PBrown HDesroches SKastner MLavoie KLMarques MMMcCleary NStraus STaljaard MThavorn KTomasone JRPresseau J
Link:https://pubmed.ncbi.nlm.nih.gov/37155331/
DOI:10.1093/abm/kaad008
Publication:Annals of behavioral medicine : a publication of the Society of Behavioral Medicine
Keywords:CLSACluster analysisHealth behaviorsMultiple behaviors
PMID:37155331 Category: Date Added:2023-05-08
Dept Affiliation: HKAP

Description:

Background: Health behaviors such as physical inactivity, unhealthy eating, smoking tobacco, and alcohol use are each leading risk factors for non-communicable chronic disease. Better understanding which behaviors tend to co-occur (i.e., cluster together) and co-vary (i.e., are correlated) may provide novel opportunities to develop more comprehensive interventions to promote multiple health behavior change. However, whether co-occurrence or co-variation-based approaches are better suited for this task remains relatively unknown.

Purpose: To compare the utility of co-occurrence vs. co-variation-based approaches for understanding the interconnectedness between multiple health-impacting behaviors.

Methods: Using baseline and follow-up data (N = 40,268) from the Canadian Longitudinal Study of Aging, we examined the co-occurrence and co-variation of health behaviors. We used cluster analysis to group individuals based on their behavioral tendencies across multiple behaviors and to examine how these clusters are associated with demographic characteristics and health indicators. We compared outputs from cluster analysis to behavioral correlations and compared regression analyses of clusters and individual behaviors predicting future health outcomes.

Results: Seven clusters were identified, with clusters differentiated by six of the seven health behaviors included in the analysis. Sociodemographic characteristics varied across several clusters. Correlations between behaviors were generally small. In regression analyses individual behaviors accounted for more variance in health outcomes than clusters.

Conclusions: Co-occurrence-based approaches may be more suitable for identifying sub-groups for intervention targeting while co-variation approaches are more suitable for building an understanding of the relationships between health behaviors.





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