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PubMed1975

Effect of maternal education and ethnic background on infant development.

We examined the influence of maternal education and ethnic background on the four main areas of development (as measured by the Brunet-Lezine adaptation of Gesell's developmental schedule) of their infants. 173 babies were examined at the ages 0f 3, 6, 9, and 12 months in the Kiryat Yovel area of Jerusalem, an area where Jew from North Africa, Asia, Europe, and Israel are represented at different educational levels but all share the saem maternal and child care services. The mean development quotients (dqs) of the infants of highly educated mothers were higher in all four areas of development that those of infants whose motherw were of low education. Further, North African infants of middle educated mothers had higher DQs than those of middle education European mothers, especially in motor and adaptive areas. It was concluded from this study that higher education of mothers will be expressed in higher DQs of their babies. This was true in all ethnic groups. However, where educational groups were comparable, North African babies have shown better development than all other groups, while European babies were the least developed.

Adaptation, Psychological↗
PubMed1978

Medical correlates of infant development.

Attempts to correlate developmental outcome with medical complications affecting the fetus and infant have focused on the prenatal, intrapartum, and postnatal periods. The time beyond the newborn stage has not been explored in detail. The aim of this study was to relate events occurring during the gestational and neonatal periods as well as the infancy periods to later performance by the use of four medical scales. A total of 126 preterm infants were followed up prospectively from birth to 2 years of age. Medical complications occurring during the prenatal, intrapartum, and postnatal periods as well as the first nine months of life were recovered. No relationship was found between obstetric and neonatal events and developmental outcome. Significant correlations were seen between medical events of later infancy and development at 2 years of age.

Child Development↗
PubMed1979

Infant development in father-absent families.

In a sample of 55 black infants (age 5-6 months) living in the inner city in lower socioeconomic circumstances, 27 infants were being reared by their mothers in single-parent families. Male infants who had experienced minimal interaction with their fathers were significantly lower on the Bayley Mental Developmental Index and in measures of social responsiveness, secondary circular reactions, and preferences for novel stimuli. Female infants in this sample appeared unaffected by the father's presence or absence. After weighing alternative interpretations of the findings, we conclude that the father is a significant component in the early environment and that both observational studies and conceptual development of the role of the father in infancy are needed.

Child Development↗
PubMed1987

Infant development following the use of intravenous nutrition to women with persistently low urinary oestriol excretion.

During the 6-year period 1971 to 1976, 10,545 patients had urinary oestriol determinations during pregnancy and 333 (3.2%) had persistently low values. Of the 335 resultant infants 206 were from patients treated with intravenous dextrose and/or amino-acids (treated group) and 129 from nontreated patients (nontreated group). The stillbirth rate was 2.4% in the treated group and 11.6% in the untreated group (p greater than 0.001), and the neonatal death rates were 2.9% and 4.7% respectively (p = NS). Assessment of the surviving infants to 7 years of age revealed no significant differences in growth between treated and nontreated groups. There was no increase in the incidence of major neurological abnormalities in the treated infants (2.9%) when compared to those from nontreated pregnancies (1.3%) (p = NS), nor was there a significant difference in the incidence of minor neurological abnormality or findings on psychological assessments. We conclude that dextrose and/or amino-acid infusions given to pregnant women with low oestriol excretion reduced the perinatal mortality rate without significant compromise to subsequent development of surviving infants.

Amino Acids↗
PubMed1979

The discriminative efficiency of the Bayley Scales of Infant Development.

This study was designed to determine the discriminative efficiency of the Bayley Mental and Motor Scales for classifying infants as neurologically suspicious and neurologically normal. The two groups employed in the study were formed on the basis of the results from comprehensive neurological examinations performed at ages 1 and 7. Three discriminant function analyses were conducted, one for each scale separately and a third incorporating both scales using a stepwise procedure. Efficiency was measured in terms of number of correct and incorrect classifications, false positive and false negative errors, and validity coefficients. Comparisons among the analyses were examined by means of relative discrimination power and incremental validity. The findings suggested that the Motor Scale provides the most accurate identification of infants with suspected neurological impairments. A statistically significant likelihood discriminant function derived from both scales yielded some additional discriminative power. The law of parsimony, however, dictated the use of the single Motor Scale.

Child↗
PubMed1986

The influence of prolonged pregnancy on infant development at one and two years of age: a prospective controlled study.

Isolated reports of developmental disturbances following prolonged pregnancy led us to compare, prospectively, at 1 and 2 years of age, infants born after normal term gestations with those born after prolonged pregnancies (exceeding 294 days). The infants were subgrouped according to their physical condition at birth, that is, normal or dysmature (mild or advanced dysmaturity). Infant assessments included: (1) height and weight, (2) hospitalizations, and (3) mental development by the Griffiths Mental Development Scales. Follow-up testing was obtained on 130 term control infants and 89 infants of prolonged pregnancies at 1 year of age and 111 term control infants and 76 infants of prolonged pregnancies at 2 years of age. At 1 and 2 years the general intelligence quotient, physical milestones, and intercurrent illnesses for normal infants and those of prolonged pregnancies were not significantly different.

Body Height↗
PubMed1976

Effects of maternal nutrition on fetal growth and infant development.

The results of a food supplementation study conducted in four chronically malnourished rural villages in Guatemala were analyzed to determine possible effects on the study children's early mental and physical development. One of two food supplements, atole and fresco, were given to pregnant and lactating mothers and the infants born to them up to three years of age. The level of supplement received was noted and the subsequent course of the children's development observed. Food supplementation of pregnant mothers was found to correlate with higher weights of their babies at birth. No other major maternal variables--home diet, body height and/or weight, morbidity, obstetric characteristics, or socioeconomic status--could account for this association. At 36 months of age the children who had received a large amount of food supplementation showed a far lower prevalence of growth retardation than did those who received smaller quantities. Again, this correlation could not be attributed to any other major maternal variables. In regard to mental development, food supplementation was found to correlate with better performance in psychological tests beginning at six months of age. At 36 months the correlations were significant in five different tests. The results of this analysis have wide-ranging implications for public health. Given the recognized association between low birthweight and infant mortality, they point especially to the importance of maternal nutrition during pregnancy in programs aimed at reducing this serious problem.

Child, Preschool↗
PubMed1977

Toxicity to bilirubin in neonates: infant development during first year in relation to maximum neonatal serum bilirubin concentration.

Neurologic and developmental performance during the first year of life was correlated with maximum neonatal serum bilirubin levels for 27,000 infants in the Collaborative Perinatal Project. The infants were grouped by race and by five birth weight/gestational age categories to control for the effect of these factors on hyperbilirubinemia and developmental outcome. Low mean eight-month motor scores and delayed one-year motor development were associated with serum bilirubin levels in the range of 10 to 14 mg/dl and above. This relationship was strongest for low-birth-weight/short-gestational-period infants. A persistent association of developmental outcome with hyperbilirubinemia was found over and above the variation of maturity within the birth weight/gestational age categories.

Bilirubin↗