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Child development in primary care: a surveillance proposal.

Renato Coelho1, José Paulo Ferreira1, Ricardo Sukiennik1

  • 1Santa Casa de Porto Alegre, Hospital da Criança Santo Antônio (HCSA), Ambulatório de Desenvolvimento Infantil, Porto Alegre, RS, Brazil.

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Summary

A new child development surveillance tool effectively screened for developmental delays in infants, identifying risks beyond milestones. This tool shows promise for primary care screening.

Keywords:
Child developmentDesenvolvimento infantilFatores de riscoRisk factorsScreeningTriagem

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Area of Science:

  • Pediatric Development
  • Screening Tools
  • Primary Care Interventions

Background:

  • Child development surveillance is crucial for early identification of delays.
  • Existing tools require validation for diverse populations and primary care settings.
  • The Denver II scale is a widely used developmental assessment tool.

Purpose of the Study:

  • To evaluate a novel child development surveillance tool for primary care use.
  • To compare the surveillance tool's performance against the Denver II scale.
  • To assess the utility of incorporating risk factors into developmental screening.

Main Methods:

  • A cross-sectional study involving 282 infants up to 36 months old.
  • Infants were recruited from a public daycare in a rural Brazilian community.
  • Child development was assessed using both the surveillance tool and the Denver II scale.

Main Results:

  • The surveillance tool identified a 53% prevalence of probable developmental delay, with most in the 'alert' group.
  • The Denver II scale indicated a 32% prevalence of suspected developmental delay.
  • Normal development was observed in 24% of children, but with identified risk factors.

Conclusions:

  • The evaluated surveillance tool provides objective, comparable data suitable for screening.
  • The tool is easily applicable in primary care settings, despite its original design as a surveillance instrument.
  • Incorporating risk factors enhances the tool's ability to identify children with suspected delays, though parameter refinement is needed.