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This study examined associations of a caregiver-based diagnosis of attention deficit hyperactivity disorder (ADHD) in kindergarten with early learning progress in 139 extremely preterm/extremely low birth weight (EPT/ELBW, gestational age

OBJECTIVE The study was designed to investigate the effect of extreme prematurity on growth in academic achievement across the early school years and the validity of kindergarten neuropsychological skills as predictors of achievement. METHOD A 2001-2003 birth cohort of 145 extremely preterm/extremely low birth weight (EPT/ELBW) children from a single medical center, along with 111 normal birth weight (NBW) classmate controls, were recruited during their first year in kindergarten and followed annually across the next 2 years in school. Mixed model analysis was conducted to compare the groups on growth in achievement across years and examine kindergarten neuropsychological skills as predictors of growth. RESULTS The EPT/ELBW group scored significantly below NBW controls on all achievement tests across years and had higher rates of special education placement and grade repetition. Despite limited catch-up of the EPT/ELBW group to the NBW controls in spelling, group differences were generally stable. Differences in spelling and mathematics achievement remained significant when controlling for global intelligence or excluding children who had intellectual or neurosensory impairments or repeated a grade. Higher scores on kindergarten tests of multiple neuropsychological ability domains predicted higher achievement levels and steeper growth in achievement. CONCLUSIONS The findings document persistent academic weaknesses in EPT/ELBW children across the early school years. Results point to the need for preschool interventions to enhance academic readiness and suggest that neuropsychological skills assessed in kindergarten are useful in identifying individual differences in early learning progress. (PsycINFO Database Record (c) 2018 APA, all rights reserved).

Background Adult congenital heart disease (ACHD) patients have high rates of untreated depression and anxiety disorders. We evaluated associations among self-reported depression symptoms and alcohol/smoking tobacco use. Methods From 2009 to 2013, 202 ACHD patients (45% male) completed questionnaires on depressive symptoms, anxiety symptoms, and substance use as part of routine clinical care. Data were collected by retrospective chart review. Results Mean age was 31 ± 10 years, 21% reported often feeling depressed and 33% reported feeling nervous or anxious. Sixty-one percent of patients reported some alcohol intake; 25% reported current or previous smoking tobacco use. Patients with depressive symptoms were 3× as likely to report drinking alcohol (OR 2.89; 95% CI 1.29–6.5) and 5× more likely to report smoking tobacco use (OR 5.17; 95% CI 1.49–17.87). Fourteen percent of patients were prescribed antidepressant/antianxiety medications; 43% of patients on medication reported depressive symptoms. In patients reporting symptoms, those who consumed alcohol were less likely to be on antidepressant/antianxiety medications (21%) than those who did not consume alcohol (56%). Conclusion Self-reported depressive symptoms are associated with increased alcohol and smoking tobacco use by ACHD patients. Alcohol use may be a means of self-medicating for untreated depression, but further investigation is needed. Risk factors, including depressive symptoms and substance use, should be routinely assessed and addressed in ACHD patients.

To examine the prevalence of behavior disorders in a 2001-2003 birth cohort of extremely preterm/extremely low birth weight (EPT/ELBW,28 weeks gestational age or1000 g) children in kindergarten.We compared 148 EPT/ELBW children with 111 term-born normal birth weight classmate controls on reports of psychiatric symptoms obtained from parent interview (Children's Interview for Psychiatric Syndromes-Parent Form [P-ChIPS]), parent and teacher ratings of behavior (Child Behavior Checklist, Teacher's Report Form, and Behavior Rating Inventory of Executive Function), and teacher ratings of social functioning (School Social Behavior Scales, second edition). Associations of behavior disorders with global cognitive ability and tests of executive function were also examined within the EPT/ELBW group.Rates of attention-deficit/hyperactivity disorder combined on psychiatric interview were about twice as high for the EPT/ELBW group than for the normal birth weight group, odds ratio (95% confidence interval) = 2.50 (1.34, 4.68), p = .004. The EPT/ELBW group also had much higher rates of teacher-identified disorders in attention, behavior self-regulation, and social functioning, with odds ratios (95% confidence intervals) ranging from 3.35 (1.64, 6.83) to 18.03 (4.12, 78.94), all p values.01. Attention-deficit/hyperactivity disorder and impaired behavior self-regulation were associated with deficits on tests of executive function but not with global cognitive impairment.The findings document increased rates of disorders in attention, behavior self-regulation, and socialization in EPT/ELBW children and suggest that deficits on tests of executive function are associated with some of these disorders. Early identification and intervention for these disorders are needed to promote early adjustment to school and facilitate learning progress.

Our objectives were to examine cognitive outcomes for extremely preterm/extremely low birth weight (EPT/ELBW, gestational age p< .001. Deficits on measures of executive function and motor and perceptual-motor abilities were found even when controlling for acquired verbal knowledge. Neonatal risk factors, early neurodevelopmental impairment, and lower SES were associated with higher rates of deficits within the EPT/ELBW group. The findings document both global and selective cognitive deficits in EPT/ELBW children at school entry and justify efforts at early identification and intervention. (JINS, 2011,17, 1067–1079)

Objective To examine neighborhood effects on academic achievement of children with extremely low birth weight (ELBW

To describe the prevalence of behavioral problems and symptomatology suggestive of Autism and Asperger's disorders at age 8 years among extremely low birth weight (ELBW,1 kg) children, born 1992 through 1995.Parent reports of the behavior of 219 ELBW (mean birth weight, 810 g; gestational age 26 weeks) were compared with 176 normal birth weight children of similar maternal sociodemographic status, sex, and age. Behavior was assessed via the Child Symptom Inventory that includes both Symptom Severity Scores and scores meeting DSM-IV criteria for disorders.ELBW compared with normal birth weight children had significantly higher mean Symptom Severity Scores for the inattentive, hyperactive, and combined types of attention-deficit hyperactivity disorder (all p.001) as well as higher scores for Generalized Anxiety (p.01) and Autistic (p.001) and Asperger's (p.01) disorders. When DSM-IV criteria were considered, ELBW children also had significantly higher rates of attention-deficit hyperactivity disorder of the inattentive (10% vs 3%, p.01) and combined (5% vs 0.6%, p.05) types.Attention-deficit hyperactivity disorder, mainly the inattentive type is prevalent among ELBW children. Our findings of an increase in symptoms pertaining to Autistic and Asperger's disorders at school age agree with recent reports of others during early childhood. Early identification and intervention for these problems might improve child functioning and ameliorate parent and child distress.

To examine parent protection and its correlates among 8-year-old ELBW children compared with normal birth weight (NBW) controls.The population included 217 eight-year-old ELBW children born 1992-1995 (92% of the surviving birth cohort; mean birth weight, 811 g; mean gestational age, 26.4 weeks) and 176 NBW controls. The primary outcome measure, the Parent Protection Scale (PPS), included a total score and four domains including Supervision, Separation, Dependence, and Control. Multivariate analyses were performed to examine the predictors of parental protection and overprotection.After adjusting for socioeconomic status (SES), race, sex, and age of the child, parents of ELBW children reported significantly higher mean total Parent Protection Scale scores (31.1 vs 29.7, p = .03) than parents of NBW children and higher scores on the subscale of Parent Control (8.0 vs 7.5, p = .04). These differences were not significant when the 36 children with neurosensory impairments were excluded. Parents of ELBW children also reported higher rates of overprotection than controls (10% vs 2%, p = .001), findings that remained significant even after excluding children with neurosensory impairments (8% vs 2%, p = .011). Multivariate analyses revealed lower SES to be associated with higher total Parent Protection Scale scores in both the ELBW (p.001) and NBW (p.05) groups. Additional correlates included neurosensory impairment (p.05) and functional limitations (p.001) in the ELBW group and black race (p.05) and maternal depression (p.01) in the NBW group. Lower child IQ was significantly associated with higher PPS scores only in the neurosensory impaired subgroup of ELBW children.Longer term follow-up will be necessary to examine the effects of the increased parent protection on the development of autonomy and interpersonal relationships as the children enter adolescence.

To investigate the effects of very low birth weight (VLBW, JINS, 2004,10, 149–163.)

Few investigations have examined the specificity of sequelae of very low birth weight (VLBW,1500 g) or sources of variability in outcome. To better understand the nature and determinants of outcome, we assessed neuropsychological and achievement skills at mean age 11 years in 62 children with750 g birth weight, 54 with 750-1499 g birth weight, and 66 term-born controls. Distinct cognitive constructs were identified by factor analysis, and the three birthweight groups were compared on these constructs and on composite measures of achievement. Although the group with750 g birth weight performed less well on all tests than term-born controls, group differences in a perceptual planning factor and in mathematics remained even when IQ was controlled, and deficits were more pronounced in mathematics than in reading. Results from structural equation modeling were consistent with the hypothesis that neuropsychological skills mediated the relationship between birth weight and achievement. The findings confirm the differential deficit hypothesis, support the need to consider multiple sources of variability in VLBW outcomes, and highlight the importance of neuropsychological constructs in developing an explanatory framework.

Cognitive, behavioral, and learning problems are evident in extremely preterm/extremely low birth weight (EPT/ELBW,28 weeks gestational age or1000 g) children by early school age. However, we know little about how they function within the classroom once they start school.To determine how EPT/ELBW children function in kindergarten classrooms compared to termborn normal birth weight (NBW) classmates and identify factors related to difficulties in classroom functioning.A 2001-2003 birth cohort of 111 EPT/ELBW children and 110 NBW classmate controls were observed in regular kindergarten classrooms during a 1-hour instructional period using a time-sample method. The groups were compared on frequencies of individual teacher attention, competing or offtask behaviors, task management/preparation, and academic responding. Regression analysis was also conducted within the EPT/ELBW group to examine associations of these measures with neonatal and developmental risk factors, kindergarten neuropsychological and behavioral assessments, and classroom characteristics.The EPT/ELBW group received more individual teacher attention and was more often off-task than the NBW controls. Poorer classroom functioning in the EPT/ELBW group was associated with higher neonatal and developmental risk, poorer executive function skills, more negative teaching ratings of behavior and learning progress, and classroom characteristics.EPT/ELBW children require more teacher support and are less able to engage in instructional activities than their NBW classmates. Associations of classroom functioning with developmental history and cognitive and behavioral traits suggest that these factors may be useful in identifying the children most in need of special educational interventions.

Recent advances in perinatal care have led to the survival of increasing numbers of children born at the lower limits of viability. Children with very low birth weight (LBW; less than 1,500 g, 3 lb 5 oz) have been studied extensively. Findings document poorer outcomes relative to normal birth weight term-born controls in neurologic and health status, cognitive-neuropsychological skills, school performance, academic achievement, and behavior. This report reviews current knowledge regarding LBW children, with special emphasis on outcomes for children with birth weight less than 750 g (1 lb 10 oz). Results from an ongoing longitudinal study suggest a gradient of sequelae, with poorer outcomes in less than 750 g birth weight children compared to both 750 g to 1,499 g birth weight children and term-born controls. Children with less than 750 g birth weight fail to catch up with their peers over time and may even be at risk for age-related increases in sequelae. Outcomes are highly variable but related to neonatal medical complications of prematurity and social risk factors. Further research is needed to understand the etiology and neuropathological basis of sequelae, the long-term developmental implications of LBW, and treatment needs.

Numerous studies have documented memory deficits in very low birthweight (VLBW, < 1500 g) children, yet we know little about the nature of these memory problems. To clarify memory sequelae and examine memory deficits in relation to the degree of low birth weight, we administered the California Verbal Learning Test-Children's Version (CVLT-C) to a regional sample of 57 < 750 g birthweight children and to groups of 53 750-1499 g birthweight children and 49 term-born controls. Group comparisons revealed significant differences between the < 750 g birthweight group and term-born children on measures of list learning, delayed recall, and inaccurate recall. In addition, the percentage improvement in correct recognitions relative to long-term delayed recall was greater in the < 750 g group than in the term-born controls. Similar differences were observed between VLBW children with and without abnormal neonatal cerebral ultrasounds (high- and low-risk groups). Differences in learning rate between the VLBW and term-born groups, and between high- and low-risk VLBW children, were evident even when vocabulary skill was covaried or when children with neurosensory deficits or IQ < 80 were excluded from analysis. The findings document deficits in verbal memory in the subset of VLBW children at greatest biological risk, and suggest that acquisition processes are selectively impaired.

This article is a critique of the claim that the National Weight Control Registry provides data showing that a significant number of adults in the United States have achieved permanent weight loss. We believe that promoting calorie-restricted dieting for the purpose of weight loss is misleading and futile. We advocate the adoption of a health-at-every-size (HAES) approach to weight management, focusing on the achievement and maintenance of lifestyle changes that improve metabolic indicators of health.

Although very-low-birth-weight (VLBW) infants, those weighing less than 1500 g, gained significantly better outcomes when neonatal intensive care became available in the 1960s, studies of later mental development have given mixed results. This longitudinal study enrolled 242 VLBW infants born in the years 1977-1979 who survived and 233 control infants of normal birth weight from the same population. The mean gestational age of the VLBW group at birth was 29.7 weeks. Intelligence testing was performed at age 20 with the Vocabulary and Block Design subtests of the Short Form of the Wechsler Adult Intelligence Scale-Revised. These tests measure verbal comprehension and perceptual-organizational skills, respectively. Academic skills were evaluated using the Letter-Word Identification and Applied Problems subtests of the Woodcock-Johnson Psycho-Educational Battery-Revised. The VLBW and normal-weight groups were sociodemographically similar, but the former group had significantly more chronic conditions than did control group. The major differences were in neurosensory impairment and subnormal height. Fewer subjects in the VLBW group had graduated from high school or obtained a general equivalency diploma by age 20. Although 40% of the VLBW group had repeated a grade, the figure for control subjects was 27%. Fewer VLBW subjects were enrolled in post-secondary studies. These differences remained significant when analysis was limited to those of normal IQ who had no neurosensory impairment. Mean IQ scores were significantly lower in the VLBW group (87 vs. 92, P

Background Thin children are less muscular, weaker, less active, and have lower performance in measures of physical fitness than their normal weight peers. Thin children are also more frequently subjected to teasing and stigmatization. Little is known about thin children's weight perceptions, desired weight and attitudes and behaviours towards food and exercise. The study aimed to compare perceived weight status, desired weight, eating and exercise behaviours and advice received from parents among thin, overweight, obese or normal weight Australian children and adolescents. Methods The sample included 8550 school children aged 6 to 18 years selected from every state and territory of Australia. The children were weighed, measured and classified as thin, normal, overweight or obese using international standards. The main outcome measures were perceived and desired weight, weight related eating and exercising behaviours, and advice received from parents. Results The distribution of weight status was - thin 4.4%; normal weight 70.7%; overweight 18.3%; and obese 6.6%. Thin children were significantly shorter than normal weight, overweight or obese children and they were also more likely to report regularly consuming meals and snacks. 57.4% of thin children, 83.1% of normal weight children, 63.7% of overweight and 38.3% of obese children perceived their weight as "about right". Of the thin children, 53.9% wanted to be heavier, 36.2% wanted to stay the same weight, and 9.8% wanted to weigh less. Thin children were significantly less likely than obese children to respond positively to statements such as "I am trying to get fitter" or "I need to get more exercise." Parents were significantly less likely to recommend exercise for thin children compared with other weight groups. Conclusions Thin children, as well as those who are overweight or obese, are less likely than normal weight children to consider their weight "about right'. Thin children differ from children of other weights in that thin children are less likely to desire to get fitter or be encouraged to exercise. Both extremes of the spectrum of weight, from underweight to obese, may have serious health consequences for the individuals, as well as for public health policy. Health and wellness programs that promote positive social experiences and encourage exercise should include children of all sizes.

A cohort of 219 children with extremely low birth weight (

OBJECTIVE. The purpose of this study was to document the impact and burden of extremely low birth weight (METHODS. A prospective study was completed at 8 years of a cohort of 219 children with extremely low birth weight born 1992–1995 and 176 children with normal birth weight. Measures included the following predictor variables: socioeconomic status and parent risk, birth risk, neonatal risk, neurodevelopmental outcome, impairment in adaptive abilities, and functional impact of chronic conditions. The primary outcome measure was the Impact on Family scale. A measure of family stressors and resources (the Life Stressors and Social Resources Inventory) was also obtained.RESULTS. The primary finding was that the total family impact was greater in the extremely low birth weight group compared with controls. Moreover, the negative impact on family in specific domains was greater in the extremely low birth weight group in financial impact, caretaker burden, and familial burden. These differences were not attributable to general family stressors, socioeconomic status, child, gender, or race. Higher parent/socioeconomic risk, neurodevelopmental outcomes, and the functional impact of chronic conditions predicted greater family impact within the extremely low birth weight group, whereas birth and neonatal risk scores did not.CONCLUSIONS. Extremely low birth weight was associated with a negative impact on families. Socioeconomic parental risk, but most especially child-related factors such as neurodevelopmental and the functional impact of chronic conditions, predicted the negative family impact within the extremely low birth weight group. Findings underscore the need to develop and test interventions to provide support for families of extremely low birth weight infants to ameliorate the burden of extremely low birth weight and associated risk factors on families.

Objectives Although children with very low birth weight (VLBW

Objective. The Bayley Scales of Infant Development, Second Edition (BSID II) are commonly used to assess outcomes of extremely low birth weight (ELBW) infants. We sought to assess the predictive validity of the BSID II Mental Developmental Index (MDI) for cognitive function at school age.Design/Methods. Of 330 ELBW infants admitted in 1992–1995, 238 (72%) survived to the age of 8 years, of whom 200 (84%) were tested at both 20 months’ corrected age (CA) and 8 years. Mean birth weight was 811 g, mean gestational age was 26.4 weeks, 41% were boys, and 60% were black. Measures included the BSID II at 20 months’ CA and the Kaufman Assessment Battery for Children (KABC) Mental Processing Composite (MPC) at 8 years’ postnatal age. BSID II MDI and MPC scores were compared and the predictive validity calculated for all 200 ELBW children and for the 154 ELBW neurosensory-intact subgroup. Predictors of stability or change in cognitive scores were examined via logistic regression adjusting for gender and sociodemographic status.Results. For all ELBW children, the mean MDI was 75.6 ± 16 versus a mean KABC of 87.8 ± 19. For the neurosensory-intact subgroup, the mean MDI was 79.3 ± 16 and the mean KABC was 92.3 ± 15. Rates of cognitive impairment, defined as an MDI or KABC of 70.Conclusions. The predictive validity of a subnormal MDI for cognitive function at school age is poor but better for ELBW children who have neurosensory impairments. We are concerned that decisions to provide intensive care for ELBW infants in the delivery room might be biased by reported high rates of cognitive impairments based on the use and presumptive validity of the BSID II MDI.

ContextInformation on the school-age functioning and special health care needs of extremely low-birth-weight (ELBW

As part of a longitudinal study of the outcomes of very low birth weight children (

Subnormal head circumference (HC) has been associated with poor neurologic and developmental outcomes.To examine the correlates and consequences of subnormal HC in a cohort of school age, very low birth weight (VLBW,1,500 g) children. STUDY DESIGN AND OUTCOME MEASURES: We examined developmental outcomes at a mean age of 6.8 years in a cohort of 128 VLBW children born from 1982-1986 and 58 normal birth weight controls. The VLBW cohort included a regional sample of750 g birth weight children and matched children with 750-1,499 g birth weight. Outcomes included an IQ equivalent, neuropsychological skills, academic achievement, adaptive behavior, and attention problems. HC was defined along a continuum and as subnormal vs. normal. Linear and logistic regressions were employed to determine the effects of HC on the outcomes after controlling for confounding variables.Thirty one VLBW children (24%) had subnormal HC vs. none of the controls. The VLBW children with subnormal HC differed significantly from the normal HC group in birth weight (748 g vs. 977 g, p.001), SGA status (52% vs. 27%, p.05), high neonatal risk (57% vs. 29%, p.05), and neurosensory impairment (23% vs. 8%, p.05). Even after taking these risk factors into account, subnormal HC was associated with poorer IQ equivalent, perceptual motor skills, academic achievement, and adaptive behavior. Results were similar after excluding the children with neurosensory impairment.Subnormal HC is associated with adverse developmental outcomes in VLBW children, independent of other risk factors. Interventions to improve antenatal and postnatal growth may contribute to better school-age outcomes.

Objective. Information on the mental health of very low birth weight (VLBW; Methods. We compared a cohort of 241 survivors among VLBW infants who were born between 1977 and 1979 (mean birth weight: 1180 g; mean gestational age at birth: 29.7 weeks), 116 of whom were men and 125 of whom were women, with 233 control subjects from the same population in Cleveland who had normal birth weights (108 men and 124 women). Young adult behavior was assessed at 20 years of age with the Achenbach Young Adult Self-Report and the Young Adult Behavior Checklist for parents. In addition, the young adults and parents completed the ADHD Rating Scale for Adults. Gender-specific outcomes were adjusted for sociodemographic status.Results. VLBW men reported having significantly fewer delinquent behaviors than normal birth weight (NBW) control subjects, but there were no differences on the Internalizing, Externalizing, or Total Problem Behavior scales. Parents of VLBW men reported significantly more thought problems for their sons than did parents of control subjects. VLBW women reported significantly more withdrawn behaviors and fewer delinquent behavior problems than control subjects. Their rates of internalizing behaviors (which includes anxious/depressed and withdrawn behaviors) above the borderline clinical cutoff were 30% versus 16% (odds ratio: 2.2; 95% confidence interval [CI]: 1.2-4.1). Parents of VLBW women reported significantly higher scores for their daughters on the anxious/depressed, withdrawn, and attention problem subscales compared with control parents. The odds ratios for parent-reported rates above the borderline-clinical cutoff among women for the anxious/depressed subscale was 4.4 (95% CI: 1.4-13.5), for thought problems was 3.7 (95% CI: 1.2-11.6), and for attention problems was 2.4 (95% CI: 1.0-5.5). There were no differences in the young adult self-report of attention-deficit/hyperactivity disorder (ADHD). Parents of VLBW men reported higher mean scores on the attention subtype of ADHD but not higher rates of ADHD.Conclusion. The increase in psychopathology among VLBW survivors in young adulthood indicates a need for anticipatory guidance and early intervention that might help to prevent or ameliorate potential psychopathology.

A prospective follow-up of very low birth weight infants (VLBW) with (n=89) and without (n=71) bronchopulmonary dysplasia (BPD) and Term control children (n=93) was conducted at 8 years of age. Groups were compared on measures of articulation, receptive and expressive language, verbal and performance IQ, oral motor skills and gross and fine motor skills. The BPD group demonstrated reduced articulation, receptive language skills, performance IQ, and overall gross and fine motor skills when compared to VLBW and Term groups. The BPD and VLBW groups did not differ on expressive language, oral motor skills, or verbal IQ. The groups also differed in enrolment in special classes and speech–language therapy, with almost half (48%) of the BPD group enrolled in speech–language therapy compared to 21% of the VLBW group, and 9% of the Term group. These results suggest that BPD may have adverse effects on speech development as well as on performance IQ, motor skills, and receptive language over and above the effects of VLBW. Learning outcomes (1) As a result of this activity the reader will be able to describe what BPD is and how it impacts speech and language. (2) As a result of this activity the reader will be able to discuss how children with VLBW with BPD differ from children with VLBW without BPD in their developmental outcomes.

Objective To examine long-term outcomes in families of children with very low birth weights ( Design Concurrent/cohort prospective study. Setting Regional follow-up program. Participants Families of 60 children of school age with birth weights less than 750 g, 55 with birth weights between 750 and 1499 g, and 49 normal birth weight full-term controls. Main Outcome Measures Parent ratings of psychological distress, family function, and child-related stress. Results Families with children with birth weights less than 750 g experienced greater stress than did families of controls (born at full term), and families who were sociodemographically advantaged experienced greater stress than did those who were disadvantaged. Higher neonatal medical risk also predicted a more negative impact on the family, but only in advantaged families. Regression analyses suggested that adverse family outcomes were mediated by ongoing problems in child functioning. Conclusions Families of children with birth weights less than 750 g experience more long-term adversity than families of full-term children. Family sequelae are also present for children with very low birth weight at high neonatal medical risk. Ongoing child health and behavior problems may be the major source of these sequelae, and sociodemographic status is an important consideration in identifying family adversity. Although many families appear unaffected, results support the need to monitor family outcomes and develop interventions for both the child and family.

What reports are available indicate that very-low-birth-weight (VLBW) infants weighing less than 1.5 kg at birth experience neurodevelopmental sequelae and perform poor educationally, effects that continue into the adult years. As part of a longitudinal study, the investigators assessed behavioral outcomes and psychopathology in a cohort of 241 former VLBW infants who survived and were reevaluated at age 20 years. The infants, born from 1977 to 1979, had a mean birth weight of 1180 g and a mean gestational age at birth of 29.7 weeks. The 116 men and 125 women were matched with 233 control subjects of normal birth weight. Evaluative instruments included the Achenbach Young Adult Self-Report, the Young Adult Behavior Checklist for parents, and the ADHD (attention-deficit/hyperactivity disorder) Rating Scale for Adults, the latter completed by both young adults and their parents. Gender-specific outcomes were adjusted for sociodemographic status. VLBW men reported significantly fewer delinquent behaviors than the normal-birth-weight (NBW) control men, but there were no differences in total problem behaviors or in internalizing or eternalizing behavior problems. The parents of VLBW men reported significantly more thought problems in their sons than did control parents. VLBW women reported significantly more withdrawn behaviors but fewer delinquent behaviors than their controls. Anxious/depressed and withdrawn behaviors were nearly twice as frequent in these women than in controls. Parents of VLBW women reported significantly higher scores on the anxious/depressed, withdrawn, and attention problem subscales than did control parents. No differences were apparent in young adult self-reports of ADHD. Parents of VLBW men reported higher scores for the attentional aspect of ADHD but not higher rates of ADHD itself. These findings point toward significantly more psychopa hology in young adults who formerly were VLBW infants than in control subjects. Awareness of these problems will permit anticipatory guidance and early intervention.

Objectives To assess learning problems among kindergarten students with extremely preterm birth and to identify risk factors. Design Cohort study. Setting Children's hospital. Participants A cohort of 148 children born between January 1, 2001, and December 31, 2003, with extremely preterm birth, defined as less than 28 weeks' gestation or having a birth weight of less than 1000 g, and 111 classmate control individuals born at term with normal birth weight. Interventions The children were enrolled in the study during their first year in kindergarten and were assessed on measures of learning progress. Main Outcome Measures Achievement testing, teacher ratings of learning progress, and individual educational assistance. Results Children with extremely preterm birth had lower mean standard scores than controls on achievement tests of spelling (8.52; 95% confidence interval, 4.58-12.46) and applied mathematics (11.02; 6.76-15.28). They had higher rates of substandard learning progress by teacher report in written language (odds ratio, 4.23; 95% CI, 2.32-7.73) and mathematics (7.08; 2.79-17.95). Group differences in mathematics achievement and in teacher ratings of learning progress were statistically significant even in children without neurosensory deficits or low global cognitive ability. Neonatal risk factors, early childhood neurodevelopmental impairment, and socioeconomic status predicted learning problems in children with extremely preterm birth; however, many children with problems were not enrolled in a special education program. Conclusions Learning problems in children with extremely preterm birth are evident in kindergarten and are associated with neonatal and early childhood risk factors. Our findings support efforts to provide more extensive monitoring and interventions before and during the first year of school.

To determine the impact of very low birth weight (VLBW) on medical outcomes during childhood, we compared the health of 249 VLBW children born from 1977 through 1979 with that of 363 normal birth weight (NBW) control children at 8 years of age. Measures included the rates of specific illnesses, surgical procedures and accidents, growth, and other physical findings. The number of medical conditions and surgical procedures was significantly greater in the VLBW children than in the NBW control children. Eighteen percent of VLBW versus 5% of NBW children had had respiratory conditions (p0.001), mainly before 3 years of age. Surgical procedures were more common both before and after 3 years of age, but accidents occurred with similar frequency. The VLBW children had significantly lower weight, height, and head circumference and more minor physical stigmata. Thus medical illness, surgical interventions, and poor growth attainment are part of the ongoing morbidity of VLBW children during childhood.

We tested the hypothesis that very-low-birth-weight (less than 1.5 kg) infants with perinatal growth failure whose head size is not normal by eight months of age (corrected for prematurity) have significantly poorer growth and neurocognitive abilities at school age than very-low-birth-weight children with a normal head size at eight months. We also hypothesized that these differences would persist even after control for major neurologic impairment and perinatal and sociodemographic risk factors.We have followed a cohort of very-low-birth-weight children since their birth during the period 1977 to 1979. At eight to nine years of age 249 children were evaluated with a neurologic examination and tests of intelligence; receptive and expressive language skills; speech, reading, mathematics, and spelling aptitude; visual and fine motor abilities; and behavior. Ages were corrected for premature birth.Among these 249 very-low-birth-weight children, head size was subnormal (less than the mean -2 SD for age) at birth in 30 (12 percent), at term in 57 (23 percent), and at eight months in 33 (13 percent). As compared with the 216 children with normal head sizes, the 33 children with subnormal head sizes at the age of eight months had significantly lower mean birth weights (1.1 vs. 1.2 kg) and higher neonatal risk scores (71 vs. 53) and at the age of eight years had a higher incidence of neurologic impairment (21 percent vs. 8 percent) and lower IQ scores (mean verbal, 84 vs. 98). Even among the children without neurologic abnormalities, a subnormal head size at eight months of age was predictive of poorer verbal and performance IQ scores at eight years of age; lower scores for receptive language, speech, reading, mathematics, and spelling; and a higher incidence of hyperactivity. In multiple regression analyses to control for socioeconomic and neonatal risk factors, intrauterine growth failure, birth weight, and neurologic impairment, a subnormal head size at eight months of age had an independently adverse effect on IQ and on scores for receptive language, speech, reading, and spelling.In very-low-birth-weight infants, perinatal growth failure, as evidenced by a subnormal head circumference at eight months of age, is associated with poor cognitive function, academic achievement, and behavior at eight years of age.

To examine the self-perceived health of very low birth weight (VLBW;1.5 kg) infants during young adulthood.The population included 241 VLBW and 232 normal birth weight (NBW) controls who completed the Child Health and Illness Profile: Adolescent Edition (CHIP-AE) at 20 years of age. The CHIP-AE includes six domains: Satisfaction, Comfort, Resilience, Achievement, Risk Avoidance, and Disorders, and 13 profiles that characterize patterns of health. Results were compared between VLBW and NBW subjects adjusting for sex and sociodemographic status.VLBW subjects did not differ from NBW controls in the domains of Satisfaction or Comfort but reported less Resilience (effect size [ES] -0.19, P.05), specifically in physical activity and family involvement. They reported better Achievement, specifically in work performance (ES 0.28, P.05), more Risk Avoidance (ES 0.43, P.001), and significantly more long-term medical, surgical, and psychosocial disorders. Similar proportions of VLBW and NBW subjects reported Excellent (15% vs 11%), Average (27% vs 34%), and Poor (12% vs 13%) profiles of health.VLBW subjects report similar health, well-being, and functioning compared with NBW controls and greater risk avoidance. However, we are concerned that their lesser resilience may prove detrimental to their future adult health.

2006;295:39-49. 7. Appel LJ, Brands M, Daniels S, Karanja N, Elmer P, Sacks F. Dietary approaches to prevent and treat hypertension: a scientific statement from the American Heart Association [published online ahead of print January 19, 2006]. Hypertension. 8. Multiple Risk Factor Intervention Trial Research Group. Mortality after 10 1/2 years for hypertensive participants in the Multiple Risk Factor Intervention Trial. Circulation. 1990;82:1616-1628. 9. Sarnak MJ, Greene T, Wang X, et al. The effect of a lower target blood pressure on the progression of kidney disease: long-term follow-up of the Modification of Diet in Renal Disease study. Ann Intern Med. 2005;142:342-351. 10. Kris-Etherton PM, Harris WS, Appel LJ; American Heart Association Nutrition Committee. Fish consumption, fish oil, omega-3 fatty acids, and cardiovascular disease. Circulation. 2002;106:2747-2757. 11. Yan LL, Daviglus ML, Liu K, et al. Midlife body mass index and hospitalization and mortality in older age. JAMA. 2006;295:190-198. 12. Ryan DH, Espeland MA, Foster GD, et al. Look AHEAD (action for health in diabetes): design and methods for a clinical trial of weight loss for the prevention of cardiovascular disease in type 2 diabetes. Control Clin Trials. 2003;24:610-628. 13. US Department of Health and Human Services; US Department of Agriculture. Dietary Guidelines for Americans, 2005. 6th ed. Washington, DC: US Government Printing Office; January 2005. 14. Krauss RM, Eckel RH, Howard B, et al. AHA Dietary Guidelines: revision 2000: a statement for healthcare professionals from the Nutrition Committee of the American Heart Association. Stroke. 2000;31:2751-2766. 15. Sacks FM, Svetkey LP, Vollmer WM, et al; DASH-Sodium Collaborative Research Group. Effects on blood pressure of reduced dietary sodium and the Dietary Approaches to Stop Hypertension (DASH) diet. N Engl J Med. 2001;344: 3-10. 16. Appel LJ, Sacks FM, Carey VJ, et al. Effects of protein, monounsaturated fat, and carbohydrate intake on blood pressure and serum lipids: results of the OmniHeart randomized trial. JAMA. 2005;294:2455-2464. 17. Leren P. The Oslo Diet-Heart Study: eleven-year report. Circulation. 1970;42:935942.

Objective. To examine the effects of bronchopulmonary dysplasia (BPD) and very low birth weight (VLBW) on the cognitive and academic achievement of a large sample of 8-year-old children.Methods. Infants who were VLBW and had BPD (n = 98) or did not have BPD (n = 75) and term infants (n = 99) were followed prospectively to age 8. Groups were compared on measures assessing 4 broad areas of functioning: intelligence, achievement, gross motor, and attentional skills. Measures included the Wechsler Intelligence Scale for Children III, the Woodcock Johnson Test of Achievement-Revised, the Bruininks-Oseretsky Test of Motor Proficiency, the Tactual Performance Test (spatial memory), and the Continuous Performance Test (attention). School outcomes were assessed by parent and teacher report, as well as from school records. Groups were comparable on socioeconomic status, sex, and race. The total sample of BPD, VLBW, and term children was compared on all outcome measures. In addition, neurologic risk was assessed in the present sample and included the following: intraventricular hemorrhage, echodense lesions, porencephaly, hydrocephalus, ventriculoperitoneal shunt, meningitis, and periventricular leukomalacia. Individual difference analyses were conducted for neurologically intact children in all 3 groups. Finally, treatment effects were examined by comparing BPD children who had received steroids as part of their treatment with BPD children who had not.Results. The BPD group demonstrated deficits compared with VLBW and term children in intelligence; reading, mathematics, and gross motor skills; and special education services. VLBW children differed from term children in all of the above areas, except reading recognition, comprehension, and occupational therapy. Attentional differences were obtained between BPD and term children only. The BPD group (54%) was more likely to be enrolled in special education classes than VLBW (37%) or term children (25%). In addition, more BPD children (20%) achieved full-scale IQ scores Conclusions. BPD and duration on oxygen have long-term adverse effects on cognitive and academic achievement above and beyond the effects of VLBW. The problems that have been identified at 8 years of age highlight the need for continued monitoring of the learning, behavior, and development of BPD children to intervene with children who are at risk for school problems.

We tested the hypothesis that very low birth weight (VLBW > 1.5 kg) children would have significantly poorer neurocognitive abilities at school age than would normal birth weight full-term age mates, that differences would persist after control for neurologic impairment and social risk, and that VLBW would interact with social risk. Two hundred forty-nine VLBW children and a randomly selected sample of 363 normal birth weight age mates born 1977 through 1979 were tested at 8 years. A neurologic examination and tests of intelligence, language, speech, reading, mathematics, spelling, visual and fine motor abilities, and behavior were performed. Twenty-four (10%) VLBW had a major neurologic abnormality compared with none of the controls. VLBW had significantly poorer scores on all tests, with the exception of speech and the total behavior score. These differences persisted among VLBW children without major neurologic abnormality, with the exception of social competence, reading, and spelling. Even normal IQ, neurologically normal VLBW had significantly poorer scores than did controls in expressive language, memory, visuomotor, and fine motor function, and measures of hyperactivity. When social risk was controlled in multiple regression analyses, VLBW still had an adverse effect on all outcome measures with the exception of speech. Social risk was, however, the major determinant of outcome. We found an interaction between VLBW and social risk only in verbal IQ and in the opposite direction than hypothesized.

Children born at very low birth weights (VLBW) (less than or equal to 1500 g) who were beneficiaries of modern neonatal intensive care are reaching middle childhood, and their school achievement can be evaluated. We compared 65 9-year-old children born in 1976, who were very low birth weight and who were free of neurological impairment, with 65 children of normal birth weight who had been matched for race, sex, age, and social class on measures of IQ, cognitive, visuo-motor, and fine motor abilities, and academic achievement. VLBW children scored significantly lower than controls on the WISC-R, Bender-Gestalt, Purdue Pegboard, subtests from the Woodcock Johnson Cognitive Abilities Battery, and reading and mathematics (math) achievement. Exploratory analysis of a subset of 43 VLBW and matched controls with IQ scores greater than or equal to 85 yielded a similar trend, except that, on achievement tests, differences were significant only in math. Further analyses revealed that the differential in math achievement between VLBW and control children is not fully attributable to differences in IQ.

The purpose of this study was to determine whether iron-deficient anemic infants show affective and attentional disturbances during play. The behavior of 21 iron-deficient anemic and 21 nonanemic 6- to 24-month-old Guatemalan infants and their mothers was analyzed during a videotaped 8-minute free-play session. There were no statistically significant differences between the two groups in measures of infant irritability, distractibility, or apathy. There were differences, however, in measures of spatial relations. In 71% of the anemic infants, the duration of child-initiated body contact with their mothers was high, compared with a high level of contact in only 26% of the nonanemic babies (p = 0.01). Mothers of anemic infants spent less time at a distance from them, were less likely to break close contact, and were more likely to reestablish close contact if the baby moved away (p less than 0.03). The increase in body contact was interpreted as a reflection of fearfulness, hesitance, or inactivity. The results suggest that the specific behavioral manifestations of iron deficiency anemia in infancy may vary with the context, differing in free play and structured developmental testing.