ABSTRACT
We report attachment classifications in a sample of pregnant women incarcerated in a state prison with a nursery program. Analyses were based on 69 women serving sentences for felony crimes who were followed from the birth of their child to completion of the prison nursery co-residence. They completed the Adult Attachment Interview shortly after entering the program and scales measuring depression, perceived parenting competency, and social support at study entry (Time 1) and program completion (Time 2). Incarcerated mothers had higher rates of insecure attachment than previous low-risk community samples. Compared with dismissing and secure mothers, preoccupied mothers reported higher levels of depressive symptoms, lower parenting competency, and lower satisfaction with social support at the conclusion of the nursery program. Higher scores on unresolved loss and derogation were associated with a history of substance abuse; higher scores on unresolved trauma were associated with depressive symptoms at program completion.
Subject(s)
Depression/psychology , Mothers/psychology , Object Attachment , Parent-Child Relations , Prisoners/psychology , Substance-Related Disorders/psychology , Adolescent , Adult , Analysis of Variance , Female , Health Status , Health Status Indicators , Humans , Middle Aged , Multivariate Analysis , Nurseries, Infant , Parenting/psychology , Prisons , Psychometrics , Regression Analysis , Social Perception , Social Support , Young AdultABSTRACT
Intramuscular triacylglycerol (IMTG) is both a dynamic fat-storage depot that can expand during periods of elevated lipid availability and a fatty acid source that can be utilized during periods of increased energy expenditure in active individuals. Although many studies have investigated the lifestyle determinants of IMTG content, the results are far from consistent, and studies attempting to unravel the mechanisms behind IMTG metabolism are in their infancy. The limited evidence available suggests that the enzymes responsible for skeletal muscle lipolysis and IMTG synthesis play an important role in determining the fate of fatty acids and therefore the concentration of lipid metabolites and insulin sensitivity of skeletal muscle. This review provides a summary of current knowledge on the effects of acute and chronic exercise as well as energy intake and macronutrient composition of the diet upon the metabolism of IMTG and the implications for metabolic health.
