Sensorcises

Stretching and lengthening activities help us move from the brain stem response area to the frontal lobes, where reasoning and problem-solving occur

Sensorcises help students develop the very basic sensory skills they need to learn

Any simple muscle movement will stimulate the growth of axons (Changeux, 1997), but a coordinated series of movements will actually create myelinated connections at a more rapid rate

Myelination increases the speed of neural processing, thereby improving the brain’s capacity for executive function

Basic learning happens in three stages: experiencing an event through our sensory systems, cognitively assimilating the incoming information and responding to the event in some meaningful way.