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[Practical experiences with very young children with vision disorders]
Insights
Early motor signs in infants with blindness or very low vision can be identified using tactile and auditory stimuli. These signs aid in the diagnosis and treatment of sensori-motor development challenges in visually impaired children.
Area of Science:
- Developmental Pediatrics
- Neuroscience
- Ophthalmology
Context:
- Visual impairment significantly impacts early childhood sensori-motor development.
- Tactile and auditory stimuli serve as crucial substitutes for vision in infants.
- Early motor milestones in neurologically typical infants rely on sensory input.
Purpose:
- To identify and describe early motor signs in infants with very low vision or blindness.
- To explore the diagnostic and therapeutic potential of these early motor signs.
- To provide insights for early intervention programs for visually impaired infants.
Summary:
- A retrospective study analyzed 30 infants with very low vision or blindness.
- Key early motor signs were identified, leveraging non-visual sensory input.
- These signs are linked to sensori-motor development in the absence of sight.
Impact:
- Facilitates earlier and more accurate diagnosis of visual impairments in infants.
- Informs the development of targeted sensori-motor rehabilitation strategies.
- Enhances developmental support for children experiencing vision loss from birth.
Abstract:
Very low vision or blindness affects the sensori-motor development of children. During infancy other exteroceptive stimuli like tactile and auditory stimuli, are being used as a substitute for the loss of vision. The very early motor signs of young neurologically normal infants, are based on this phenomenon. From a retrospective study of 30 very young low vision and blind infants some early motor signs are mentioned, as they can be used in diagnosis and treatment programs.