Anemia y el desarrollo de la psicomotricidad en la primera infancia
Date
Journal Title
Journal ISSN
Volume Title
Publisher
Vive Rev. Salud
Abstract
Los bajos niveles de hemoglobina se definen como una concentración baja de hemoglobina en la sangre. La activad metabólica cerebral está vinculada con el desarrollo psicomotor. El desarrollo psicomotor durante la infancia se desarrolla a partir de los reflejos innatos, se organizan en esquemas de conducta, se internalizan durante el segundo año de vida como modelos de pensamiento. En Perú, se contabilizan el 50.99% de los niños con bajos niveles de concentración de hemoglobina en menores de 3 años. Objetivo. Identificar la relación entre la anemia y el desarrollo de la psicomotricidad en la primera infancia. Materiales y Métodos. Para evaluar los niveles de hemoglobina se empleó el método de la azidametahemoglobina, con un hemoglobinómetro, y para evaluar el desarrollo psicomotor se empleó la escala del desarrollo psicomotor. En el estudio participaron 32 niños de 6 a 24 meses de edad. Resultados. El 40,6% presenta niveles de hemoglobina entre 14,2 - 17.2 g/dl, el 31,3% presenta niveles de hemoglobina entre 13.2 -14.1 g/dl seguido del 25,0% que presenta niveles de hemoglobina entre 10,2 -13.1 g/dl y el 3.1% presenta niveles de hemoglobina <10.2 g/dl; respecto al desarrollo psicomotor expresados en coeficiente de desarrollo se evidencia que el 59.4% de niños muestran un desarrollo normal seguido del 31.3% de niños que presenta un desarrollo en riesgo y 9.4% en retraso. Conclusiones. El coeficiente de desarrollo del niño(a) se encontró que la mayoría tiene un desarrollo psicomotor normal seguido de riesgo y de retraso, a pesar que mayoría tiene un coeficiente de desarrollo normal
Low hemoglobin levels are defined as a low hemoglobin concentration in the blood. Brain metabolic activity is linked to psychomotor development. Psychomotor development during infancy develops from innate reflexes, which are organized in behavioral schemes and internalized during the second year of life as thought models. In Peru, 50.99% of children under 3 years of age have low hemoglobin concentration levels. Objective. To identify the relationship between anemia and psychomotor development in early childhood. Materials and Methods. To evaluate hemoglobin levels, the azidametahemoglobin method was used, with a hemoglobinmeter, and to evaluate psychomotor development the psychomotor development scale was used. Thirty-two children aged 6 to 24 months participated in the study. Results. 40.6% presented hemoglobin levels between 14.2 - 17.2 g/dl, 31.3% presented hemoglobin levels between 13.2 -14.1 g/dl followed by 25.0% presenting hemoglobin levels between 10.2 -13.1 g/dl and 3.1% presented hemoglobin levels <10. 2 g/dl; with respect to psychomotor development expressed in development coefficient, 59.4% of children show normal development followed by 31.3% of children with development at risk and 9.4% with delayed development. Conclusions. The development coefficient of the child showed that most of the children have a normal psychomotor development followed by at risk and retardation, although most of them have a normal development coefficient.
Low hemoglobin levels are defined as a low hemoglobin concentration in the blood. Brain metabolic activity is linked to psychomotor development. Psychomotor development during infancy develops from innate reflexes, which are organized in behavioral schemes and internalized during the second year of life as thought models. In Peru, 50.99% of children under 3 years of age have low hemoglobin concentration levels. Objective. To identify the relationship between anemia and psychomotor development in early childhood. Materials and Methods. To evaluate hemoglobin levels, the azidametahemoglobin method was used, with a hemoglobinmeter, and to evaluate psychomotor development the psychomotor development scale was used. Thirty-two children aged 6 to 24 months participated in the study. Results. 40.6% presented hemoglobin levels between 14.2 - 17.2 g/dl, 31.3% presented hemoglobin levels between 13.2 -14.1 g/dl followed by 25.0% presenting hemoglobin levels between 10.2 -13.1 g/dl and 3.1% presented hemoglobin levels <10. 2 g/dl; with respect to psychomotor development expressed in development coefficient, 59.4% of children show normal development followed by 31.3% of children with development at risk and 9.4% with delayed development. Conclusions. The development coefficient of the child showed that most of the children have a normal psychomotor development followed by at risk and retardation, although most of them have a normal development coefficient.
Description
Vol. 6, No. 18