Search

While parental divorce can have a profound effect on the development of a child, the effect of a custody conflict following divorce can have an extreme, traumatic, and lifelong impact on a child. The conflict between the parents that occurred prior to their divorce can be sustained long after the parental divorce, reinforcing highly dysfunctional patterns of relationships between the parents, between each parent and child, and then put the child at risk for pathological patterns of relationships with peers and intimates. Though difficulties in the development of mature object relations and a mature sense of self are obviously at risk given this milieu of overt interpersonal conflict, anger, hatred, and parental preoccupation, difficulties in a child's capacity to explore the environment, i.e. play, learn academically, and value their body can also be adversely affected. This paper presents cases from varying stages of childhood development to demonstrate the potentially traumatic effects on the development of children living through parental custody conflict, as well as the lifelong effect on an adult experiencing a parental custody conflict in childhood. [ABSTRACT FROM AUTHOR]

Examines the relationship among attachment classification, psychopathology, and personality traits. Concordance of attachment classification; Evaluation of attachment; Analysis of psychiatrically hospitalized adolescents; Suggestions about insecure attachment; Factors that affect the development of childhood psychology; Details of adult attachment; Role of intelligence in determining attachment.

Objective--To study the effect of unilateral synovitis in the distal intertarsal and tarsometatarsal joints on locomotion, including the compensating effects within and between limbs. Animals--4 clinically normal horses. Procedure--Gait analyses including kinematics, force plate, and inverse dynamic analysis were performed at the trot before lameness, after which synovitis was induced by injecting endotoxin into the right distal intertarsal and tarsometatarsal joints. Gait analyses were repeated 24 to 30 hours later during lameness. Differences between the stride variables during the 2 conditions (lame and sound) were identified. Results--Tarsal joint range of motion, peak vertical force, and vertical impulse were decreased during lameness. Mechanical deficits included a decrease in negative work performed by the tarsal extensors during the early stance phase and a decrease in positive work by the tarsal extensors during push off. No compensatory changes in work were performed by other joints within the lame hind limb during the stance phase. Vertical impulse in the diagonal forelimb decreased, but there were no significant changes in forces or impulses in the ipsilateral forelimb or contralateral hind limb. Conclusion and Clinical Relevance--Results, indicate that horses are able to manage mild, unilateral hind limb lameness by reducing the airborne phase of the stride rather than by increased loading of the compensating limbs. [ABSTRACT FROM AUTHOR]

Objective--To evaluate the effects of nephrotomy on renal function in clinically normal cats. Animals--20 specific-pathogen-free, 9- to 11-month-old female mixed-breed cats. Procedure--Serum chemistry analyses, CBC determinations, urinalyses, microbiologic urine cultures, renal ultrasonography, abdominal radiography, and single-kidney and total glomerular filtration rate (GFR) determinations by use of renal scintigraphy and measurements of plasma disappearance of technetium 99m-diethylenetriaminepentaacetic acid were performed before surgery and at 3, 12, 26, 52, and 78 weeks after surgery in 10 cats that underwent unilateral nephrotomy and in 10 control cats that underwent a sham surgical procedure. Results--Two cats (1 from each group) did not complete the study, and their data were eliminated from analyses. Unilateral nephrotomy resulted in a 10% to 20% reduction in mean single-kidney GFR, compared with that of nephrotomy contralateral control kidneys. However, mean total GFR in nephrotomy-group cats was not significantly different from that of sham-group cats. Over the 78 weeks of study, mean total GFR declined 34% and 40% in nephrotomy- and sham-group cats, respectively. Adverse events associated with nephrotomy included persistent microscopic hematuria, renal pelvis hyperechogenicity with distant shadowing on ultrasonographic evaluation, dilatation of renal pelves, and hydronephrosis. Conclusions and Clinical Relevance--Nephrotomy in normal functioning feline kidneys results in a modest relative reduction in renal function, compared with contralateral kidney controls, but has minimal effect on total GFR when compared with sham-operated control cats. However, any detrimental effects of nephrotomy may be magnified in cats with diseased kidneys, which may have little or no capacity for repair or compensation. [ABSTRACT FROM AUTHOR]