Ch. 13 notes - spe 310

  • Kinesthetic Awareness

    • Refers to our perception of body position and movement in space.
    • Arises from proprioceptors found in joints, muscles, and tendons.
    • Proprioceptors help in identifying joint positions, critical for movement.

  • Somatosensors

    • Located under and within the skin, as well as in tendons, aiding in touch sensation.
    • Example: Reacting to a hot surface is mediated by somatosensors.

  • Vestibular Apparatus

    • Located in the inner ear, helps maintain balance and spatial orientation.
    • Essential for determining body equilibrium and movement awareness.

  • Touch Sensation in Infants

    • Infants respond to touch even prenatally and demonstrate reactions, like kicking, to stimuli.
    • Newborns can localize touches on their face, indicating early somatosensory development.

  • Development of the Vestibular System in Infants

    • Functions at birth; critical for balance as infants start walking (typically around age 12 months).
    • By age 2, the vestibular apparatus is fully developed.

  • Kinesthetic Perception Elements

    • Involves:
    • Single and multiple touch points: Can identify the number of touches; developed through games and exercises.
    • Object recognition through touch: Infants use their mouths and hands to explore objects, learning their properties.
    • Body awareness: Learning to identify different body parts and their positions.

  • Improvement of Tactile Localization in Childhood

    • Newborns are limited in distinguishing between multiple touches; this skill improves significantly in childhood.
    • Experiments like using two points on skin can help demonstrate this improvement.

  • Object and Manual Exploration

    • Infants learn about objects and their uses through exploration, primarily using their mouths and hands.
    • Purposeful manual exploration increases with age, allowing children to understand object properties (e.g., firmness, shape).

  • Body Awareness Development

    • Children gradually learn to label body parts.
    • Use of activities like tracing outlines of bodies or labeling worksheets helps solidify understanding.

  • Development of Spatial Awareness and Coordination

    • Young children first learn vertical concepts (up/down), then spatial dimensions (front/back), followed by lateral awareness (left/right).
    • Ability to demonstrate limb independence improves with age, which is critical in sports and physical activities.

  • Hand Dominance

    • Handiness develops around age 4; not necessarily linked to a child’s cognitive or physical ability.
    • Encouragement of natural preference for handedness is recommended for skill development.

  • Laterality and Developmental Delays

    • Children with developmental delays may struggle with crossing the midline or coordinating actions across their body.

  • Auditory Development

    • Hearing involves structures: outer, middle, and inner ear (specifically the cochlea).
    • Infants can hear human speech, though they may struggle with softer sounds like whispers.

  • Aging and Auditory Changes

    • Auditory decline may result from physiological factors, injury, or environmental factors (e.g., exposure to loud noises).
    • Individuals may find it challenging to distinguish conversations in noisy environments as they age.
    • "Crispyopia" refers to clear vision loss, while "crest by pussis" denotes hearing loss, showing the need to recognize how aging affects various sensory systems.

  • Conclusion

    • Understanding kinesthetic and sensory development is essential for educators and caregivers in promoting healthy growth through activities that enhance sensory awareness and motor skills.