Check out our friend Dr. Kevin McGrew's blog about ADHD and brain connectivity. In it, he explores the science behind white matter connections and how it affects children with ADHD. Read more information on ADHD and several other neurological conditions, research and interesting science over on www.brainclock.net.
We have talked before about how fast your brain really is, but how do those signals get to their final destination? Check out our exploration of white matter tracts and how they relate to your brain's overall health and functionality.
Your brain is an incredibly fast, effective and efficient machine that makes about 10,402,560,000,000,000,000,000 calculations per day if everything is running smoothly. That also leaves a lot of room for error. So how does that three pound fat ball on your shoulders control all of that information? Read more to find out about brain communication and information processing.
Brain health and neuroplasticity have become all the rage. Lumosity commercials are a mainstay on cable television, often interrupting tv shows like Brain Games. There is no end to the options when it comes to brain training, but do any of these programs work? Scientist say yes, but there could be a catch. Read more to find out how IM's unique and patented system challenges thinking and movement simultaneously, leading to long lasting improvements in functional brain networks.
Brains! Believe it are not, they aren’t just a delicious meal for zombies! That wrinkled ball of fat and nerves is the only thing keeping you alive and this week it's our job to make you aware of how important the brain is.
Two clocks!? Holy cow, I'm already late according to the one on the wall. New research suggests that the brain actually has two clocks working simultaneously, and possibly competing with each other. Find out why timing is even more important now than ever.
A new study by Tierney & Kraus (2013) from Northwestern University’s Auditory Neuroscience Laboratory helps shed more light on why synchronizing motor movements to a steady beat results in faster, more accurate auditory processing, reading, and language processing. Their landmark study of 124 high school students highlights a neural structure called the inferior colliculus (IC) that serves as a way station for timing information between subcortical auditory structures, cerebral cortex, and the cerebellum. Tierny & Kraus have found the "first evidence linking [motor] beat synchronization ability to individual differences in auditory system function." Continue reading for more information on this groundbreaking research.