|Tips#1: Read Together Every Day|
|Read to your child every day. Make this a warm and loving time when the two of you can cuddle close together. Bedtime is an especially great time for reading together.|
|Tips#2: Give Everything A Name|
|You can build comprehension skills early, even with the littlest child. Play games that involve naming or pointing to objects. Say things like, "Where's your nose?" and then, "Where's Mommy's nose?" Or touch your child's nose and say, "What's this?"|
New Perspectives on Early Brain Development Connections that are not made by activity, or are weak, are “pruned away,” much like the pruning of dead or weak branches of a tree. If the neurons are used, they become incorporated into the circuitry of the brain. Due to differences in experience, not even alike twins are wired the same. The main basis for the significance of movement and sensory experiences was derived from studies which compared brain structures of animals raised in various environmentally normal, deprived, and improved settings. The improved settings provided the opportunity to interrelate with toys, treadmills, and obstacle courses. Implications for the Early Childhood Educator. One of the strongest implications of brain research has been the identification of grave periods in brain development in which experience may be most efficient in forging relations in wiring the brain. Studies with young kids using modern neuroimaging, pictures of the brain, have provided the basis for identifying the periods of exuberate neural connectivity connected with the windows of opportunity.
These critical periods have more recently been referred to as “windows of opportunity;” nature opens certain windows for experience to have the maximum effect. These windows begin opening before birth and then narrow as a kid grows older. In theory, there are sequences of windows for developing motor control, vision, language, feelings, etc. If a kid misses an opportunity, his or her brain may not develop its circuitry to its full potential for a precise function. Windows for Motor Development by Preschool Teacher Training. For basic gross-motor skills, the general window of opportunity emerges to be open from the prenatal period to around age five. Once again, this is a period in which knowledge is very important to laying the “foundation” of brain circuits enthusiastic to motor control. The primary motor circuits that bond to the cerebellum, which controls attitude and coordination, forge during the first two years. It is during this period that the kid begins to gain substantial experience in the world as he or she “moves” about in the environment. Once again it is recommended that physical activity is a strong determinant in the early development of the brain, not just motor control.
|Tips#3: Say How Much You Enjoy Reading Together|
|Tell your child how much you enjoy reading with him or her. Look forward to this time you spend together. Talk about "story time" as the favorite part of your day.|
|Tips#4: Be Interactive|
|Engage your child so he or she will actively listen to a story. Discuss what's happening, point out things on the page, and answer your child's questions. Ask questions of your own and listen to your child's responses.|
It seems sensible that the grave period for finer muscle control and timing, which naturally follow gross-motor development, would be open from shortly after birth to about age nine. This information has strong inferences for developing the primary circuits needed for learning skills that need a high degree of physical deftness, such as playing a musical instrument or performing precise manual operations. There is also speculation that the general window of opportunity for most behavioral functions narrows significantly around age 10. What we can do as noted previously, the general time frames for the windows of chances are still quite tentative. This is particularly true in view to the types and effects of definite movement activities.
Yet, few researchers would reject that early movement experiences are grave to optimal brain development. To be of maximum benefit, movement experiences should be introduced early in life and during the windows of opportunity. Surely, this is not to say that such activities should not be worried further than the critical period. Motor skills improve our lives at all ages and an optimistic attitude about usual physical activity sets the base for a lifetime of good health. Although it seems quite reasonable that a inclusive developmentally suitable movement program would be effectual in improving early brain and motor skill development, the following suggestions are offered based on the research discussed by teacher training course in Mumbai.
1.Provide kids with lots of sensory-motor experiences, particularly of the visual-motor variety. This would comprise activities that put together visual information with fine- and gross-motor movements. Such activities incorporate striking, kicking, and catching.
2.Include a variety of basic gross-motor actions that engross postural control, coordination of movements, and locomotion – crawling, creeping, body rolling, and jumping. In addition to motivating the general wiring patterns of these fundamental skills, moderate and energetic intensity gross-motor activity provide the brain with its chief energy source, glucose. In core, these activities increase blood flow, which feeds the mind and improves neuronal connectivity during the critical period.
3.Combine movement activities and music. Although the jury is still out regarding the relationship between musical experience and precise academic achievement, the combination of music with movement presents an outstanding learning medium for young ids.
|Tips#5: Read It Again And Again And Again|
|Your child will probably want to hear a favorite story over and over. Go ahead and read the same book for the 100th time! Research suggests that repeated readings help children develop language skills.|
|Tips#6: Talk About Writing, Too|
|Draw your child's attention to the way writing works. When looking at a book together, point out how we read from left to right and how words are separated by spaces.|