The Course of the Early Neonatal Period of Life in Newborns With Intrauterine Growth Retardation

Kozlova, Lyudmila Viktorovna; Ivanov, Dmitry O.; Derevtsov, Vitaly V.; Priyma, N. F.

doi:10.21508/1027-4065-2017-62-4-49-58

Cited by 3 publications

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“…All stages of the study were in accordance with Russian legislation, international ethical standards and regulatory documents of The analysis of the obtained results was carried out using modern methods of statistical processing. [1,3]. In the case of a symmetric type of ZVURR, the incidence of respiratory infections (933.33 ‰), rickets (866.67 ‰), anemia (866.67 ‰), the incidence of cryptorchidism (at 7, 62 times), the severity and duration of the lesion of the central nervous and cardiovascular systems (in each child) [2].…”

Section: Methodology and Methodsmentioning

confidence: 99%

Modern Technologies of Improving Output Outcome of Delay of Intra-Growth and Development in Babies

Derevtsov¹

2017

IPCB

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SummaryBased on the study of anamnesis, resistance, physical and neuropsychic development, adaptation, functioning of the autonomic nervous and cardiovascular systems, ways of improving the system of donor diagnosis, clinical examination, rehabilitation/rehabilitation of outcomes of intrauterine growth retardation and development in infants Keywords: Retardation of intrauterine growth and development; Infants RelevanceThe need to focus on early diagnosis of donorological conditions, preserve and promote health in children born in the outcome of complicated pregnancies, including retarded growth and development of the fetus, in women with a weighed somatic and gynecological history in early postnatal ontogenesis determines

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Section: Methodology and Methodsmentioning

confidence: 99%

Modern Technologies of Improving Output Outcome of Delay of Intra-Growth and Development in Babies

Derevtsov¹

2017

IPCB

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Assessment of Anthropometric Data of Children Died at Perinatal Period

Moiseeva

Ivanov

Yurev

et al. 2023

Vopr. sovr. pediatr.

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Background. Despite the decrease in fetoinfantile losses, the levels of perinatal mortality and stillbirth remain quite high. One of the medical criteria for viability is the anthropometric indicators of the child, therefore, their relevant medical and statistical assessment may allow us to establish potential opportunities for reducing the loss of viable children at perinatal period.Objective. The aim of the study is to assess anthropometric data of children died at perinatal period.Methods. We have analyzed 277 cases of children deaths at ante- and intranatal periods and 197 cases of newborns deaths during first 7 days of life. Assessment of anthropometric data of children died at perinatal period was presented via the method of sigmal deviations and the centile method.Results. Anthropometric data of premature infants died at perinatal period in 90–94% of cases corresponded to the physical development for children of this gestational age. Anthropometric data of full-term children died during the first 168 hours of life, in 70.0% of cases, corresponded to 3–6 corridors of physical development (P10–P90), in 20.0% of cases — 7–8 corridors. 58.3% of full-term children died at perinatal period have harmonious development which significantly exceeds the proportion of children with sharply disharmonious development (19.5%) and with disharmonious development (22.2%). 79.0% of all neonatal deaths occur in the first 72 hours of life (for the early neonatal period), while losses on the first day account for 54.0% of all deaths in children during the first week.Conclusion. This study has shown that the anthropometric data of children died at perinatal period significantly corresponded to the standard indicators established for children of this gestation age.

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Specific features of electrocardiograms in infants with intrauterine growth restriction and developmental delays

et al. 2021

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Aim. Assessment of electrocardiographic indicators in infants born on time with delayed intrauterine growth and mild development. Materials and methods. Under the supervision of 164 infants. From mothers with an aggravated somatic and obstetric-gynecological history, 139 children were born: 71 (gr. 1) with delayed intrauterine growth and development of mild severity, 68 (gr. 2) without delayed intrauterine growth and development. The control group (gr. 3) consisted of 25 practically healthy children born to practically healthy mothers. All children were born full-time. They were examined in dynamics at the age of 1 (n=154), 3 (n=142), 6 (n=133), 12 (n=130) months. A comprehensive analysis of the data of history, physical examination, electrocardiography was carried out. There was no medical intervention. The duration of the study is 3 years. Heart rate, incidence of early ventricular repolarization syndrome and nonspecific disorders of the repolarization process were evaluated; in the II standard retraction, morphology, amplitude in millimeters and width in seconds of the tooth P; duration in seconds of PQ interval (PR), QRS complex and QT interval; morphology, amplitude in millimeters of tooth T. Non-parametric methods of statistical analysis were used. Results. The median amplitude of the tooth P on day 23 in children of subgr. 1b, compared with children of gr. 3, is 0.2 mm less; 1 month in children of gp. 1 (1b), compared with children of gp. 3, less by 0.1 mm; at 3 months in children of subgp. 1a, compared with children of subgp. 1b, less by 0.35 mm, in children of subgp. 1b, compared with children of gp. 3, more by 0.2 mm; at 6 months in children of gp. 1 (1a and 1b), compared with children of gr. 3, more by 0.2 mm; at 12 months in children of subgp. 1a, compared with children of subgp. 1b, less by 0.2 mm, in children of subgp. 1b, compared with children of gr. 2, more by 0.2 mm, in children of gp. 1 (1a), compared with children of gr. 3, less by 0.2 (0.5) mm, and, compared with children of gr. 3, less by 0.2 mm. From 3 to 6 months increased in children of subgp. 1a by 0.35 mm. In children of gp. 1st (1a), a slowdown from 23 days to 1 month of intradermal conduction by 0.01 s, from 1 to 3 months of intraventricular conduction by 0.01 s, from 3 to 6 months of intradermal conduction by 0.01 s. Electrical systole in children of gr. 1 slowed from 1 to 3 and from 3 to 6 months by 0.01 s; in children of subgp. 1a from 1 to 3 months increased by 0.01 s, from 3 to 6 months decreased by 0.01 s, from 6 to 12 months increased by 0.01 s. Median tooth amplitude T on 23 days, 1 month in children of gp. 1 (1a and 1b), compared to children of gr. 3, more by 0.4 mm and 0.3 mm, respectively; at 3 months in children of subgp. 1a, compared with children of subgp. 1b, less by 0.35 mm, and, compared with children of gr. 2, less by 0.2 mm, in children of subgp. 1b, compared with children of gr. 2 more by 0.15 mm, in children of gp. 1 (1b), compared with children of gr. 3, more by 0.3 (0.45) mm; at 12 months in children of subgp. 1b, compared with children of gr. 2, more by 0.4 mm, in children of gp. 1 (1a), compared with children of gp. 3, less by 0.3 mm. From 23 days to 1 month in children of gp. 1 (1a) increased by 0.8 mm. Conclusion. Certain peculiarities of electrocardiogram in dynamics of growth and development of the organism of infants born on time with delay of intrauterine growth and development of mild severity related to volume overload of atrium, enlargement of interventricular septum, hypoxia, sympathetic activity, requiring corrective events are revealed.

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The Course of the Early Neonatal Period of Life in Newborns With Intrauterine Growth Retardation

Cited by 3 publications

References 0 publications

Modern Technologies of Improving Output Outcome of Delay of Intra-Growth and Development in Babies

Modern Technologies of Improving Output Outcome of Delay of Intra-Growth and Development in Babies

Assessment of Anthropometric Data of Children Died at Perinatal Period

Specific features of electrocardiograms in infants with intrauterine growth restriction and developmental delays

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