Search Results

You are looking at 1 - 10 of 434 items for :

  • "adiposity" x
Clear All
Restricted access

Nicholas W. Baumgartner, Anne M. Walk, Caitlyn G. Edwards, Alicia R. Covello, Morgan R. Chojnacki, Ginger E. Reeser, Andrew M. Taylor, Hannah D. Holscher and Naiman A. Khan

There is an abundance of evidence linking excess adiposity to compromised metabolic health and elevated chronic disease risk. However, excess adiposity has been linked to decrements in cognitive performance, along with a higher risk for cognitive decline in older age. 6 , 7 Although the cellular

Restricted access

André O. Werneck, Evelyn C.A. Silva, Maria R.O. Bueno, Lidyane Z. Vignadelli, Adewale L. Oyeyemi, Catiana L.P. Romanzini, Enio R.V. Ronque and Marcelo Romanzini

bout) and interruptions of sedentary behavior with at least light physical activity (breaks) ( 3 ). A recent systematic review found inconclusive results regarding the association of breaks and bouts of sedentary behavior with indicators of adiposity among children and adolescents ( 10 ). One out of 6

Restricted access

Trent J. Herda, Philip M. Gallagher, Jonathan D. Miller, Matthew P. Bubak and Mandy E. Parra

Excessive adiposity is linked to type 2 diabetes, physical disability, lost production, and quality-adjusted life years ( 55 ). The medical and economic costs of excessive adiposity will surge to $646 billion per year by 2030 ( 55 ). Currently, >33% of youth in the United States are overweight or

Restricted access

Chiaki Tanaka, Xanne Janssen, Mark Pearce, Kathryn Parkinson, Laura Basterfield, Ashley Adamson and John J. Reilly

reviews also suggest that the influence of changes in objectively measured sedentary behavior (SB) on change in adiposity in children and adolescents was unclear. 3 – 5 Only a few previous longitudinal studies have reported on the associations between obesity as a predictor and SB or PA as an outcome

Restricted access

S. Nicole Fearnbach, Neil M. Johannsen, Corby K. Martin, Peter T. Katzmarzyk, Robbie A. Beyl, Daniel S. Hsia, Owen T. Carmichael and Amanda E. Staiano

for cardiometabolic disease, such as whole-body adiposity ( 6 , 20 ). However, individuals with severe obesity are underrepresented in clinical exercise studies, often due to orthopedic or other safety concerns (eg, increased shortness of breath), hesitation to push participants to maximal effort, or

Restricted access

Alessandra Prioreschi and Lisa K. Micklesfield

these movement guidelines and various health outcomes, such as development, adiposity, and health-related quality of life. 6 , 7 However, very little published data exists for infants and toddlers at the younger end of the age spectrum (<2 y), and the potential associations with health outcomes. 6 , 8

Restricted access

Oded Bar-Or and Tom Baranowski

This review examines the evidence that the level of physical activity (PA) or total energy expenditure during adolescence affects body adiposity in the obese and nonobese adolescent population. Several cross-sectional studies suggested that obese children were less physically active than their nonobese peers, but there was no consistent difference in the total energy expenditure. The likelihood that infants of obese mothers become obese at age 1 year is greater if their total energy expenditure (using the doubly labeled water technique) is lower at age 3 months. Many interventional studies in the general adolescent population show a small (1-3% body fat) reduction in adiposity as a result of physical training. It appears, though, that programs longer than one year are more efficacious than shorter programs. Lifestyle activities (e.g., walking to and from school) appear to have a more lasting effect than regimented activities (e.g., calisthenics or jogging).

Restricted access

Brian Tyo, Rebecca Spataro-Kearns and David R. Bassett Jr.

( Banks-Wallace & Conn, 2002 ; Whitt-Glover, Brand, Turner, Ward, & Jackson, 2009 ) to help reduce chronic diseases commonly related to excessive adiposity such as type 2 diabetes, hypertension, and other illnesses/conditions. Pedometer-based interventions to increase walking may be especially beneficial

Restricted access

Jason A. Mendoza, Jessica McLeod, Tzu-An Chen, Theresa A. Nicklas and Tom Baranowski


Childhood obesity is at record high levels in the US and disproportionately affects Latino children; however, studies examining Latino preschool children’s obesity-related risk factors are sparse. This study determined correlates of Latino preschoolers’ (ages 3–5 years) adiposity to inform future obesity interventions and policies.


Latino preschoolers (n = 96) from 4 Head Start centers in Houston, Texas were recruited. Parents reported acculturation and neighborhood safety. Children’s and parents’ height and weight were measured. Children’s television (TV) viewing was measured by TV diaries and physical activity by accelerometers. Linear regression was used with body mass index (BMI) z-score as the dependent variable and covariates sequentially added and retained in 4 blocks: 1) child age, gender, parent education, and BMI; 2) neighborhood safety and parent and child acculturation; 3) TV viewing; and 4) moderate-to-vigorous physical activity (MVPA).


In the final model (n = 96), only neighborhood disorder (β = 0.30, P = .005) and MVPA (β = –0.21, P = .049) were significantly associated with BMI z-score.


Among Latino preschoolers, higher neighborhood disorder and lower MVPA were associated with greater children’s BMI z-scores.

Restricted access

Lennart Raudsepp and Toivo Jürimäe

The purpose of this study was to examine the relationships between physical activity and physical fitness and adiposity in a sample of 77 girls, aged 10–11 years. Physical activity was assessed by 7-day physical activity recall by which children reported how much time they spent on low and moderate-to-vigorous physical activities. Physical fitness was measured by EUROFIT test battery. Adiposity was estimated by sum of five skinfolds. The main finding of the study was that moderate-to-vigorous physical activity and adiposity were significant predictors (with 16–34% accounted variance) of physical fitness tests where the body mass affects performance. Indicators of physical activity and adiposity were not significantly related with fitness items requiring muscular strength, balance, flexibility, and speed of limb movement. Furthermore, moderate-to-vigorous physical activity and aerobic fitness predicted 22% of variance in adiposity in girls.