training

While brain training programs can certainly improve your ability to do the task you’re practicing, there has been little evidence that this transfers to other tasks. In particular, the holy grail has been very broad transfer, through improvement in working memory. While there has been some evidence of this in pilot programs for children with ADHD, a new study is the first to show such improvement in older adults using a commercial brain training program.

A review of the many recent studies into the effects of music training on the nervous system strongly suggests that the neural connections made during musical training also prime the brain for other aspects of human communication, including learning. It’s suggested that actively engaging with musical sounds not only helps the plasticity of the brain, but also helps provide a stable scaffolding of meaningful patterns. Playing an instrument primes the brain to choose what is relevant in a complex situation.

A rat study demonstrates how specialized brain training can reverse many aspects of normal age-related cognitive decline in targeted areas. The month-long study involved daily hour-long sessions of intense auditory training targeted at the primary auditory cortex. The rats were rewarded for picking out the oddball note in a rapid sequence of six notes (five of them of the same pitch). The difference between the oddball note and the others became progressively smaller. After the training, aged rats showed substantial reversal of their previously degraded ability to process sound.

A five-year study involving 48 diverse, 18- to 30-month-old children with autism and no other health problems has found a novel early intervention program to be effective for improving IQ, language ability, and social interaction. The Early Start Denver Model combines applied behavioral analysis (ABA) teaching methods with play-based routines that focused on building a relationship with the child. Half the children received two two-hour sessions five days a week from specialists (but in their own homes) plus five hours a week of parent-delivered therapy.

A digital designer is developing a toolkit to help teachers more effectively assist children with dyslexia. The tool aims to help children remember the sound connected to the letter. For example, you can scroll over the letter "p," and the "p" will then morph to display common items associated with the "puh" sound: (peach, peppermint, pie, pea and piano). Or when moving over a long vowel, the vowel lengthens horizontally; silent letters are shadowed or repel the mouse. And so on. The toolkit has not yet been tested, but I do like the idea.

A study in which 60 young adult mice were trained on a series of maze exercises designed to challenge and improve their working memory ability (in terms of retaining and using current spatial information), has found that the mice improved their proficiency on a wide range of cognitive tests, and moreover better retained their cognitive abilities into old age.

Great news for those who crave the benefits of meditation but find the thought a bit intimidating! While a number of studies have demonstrated that long-term mindfulness meditation practice promotes executive functioning and the ability to sustain attention, now a small study involving 49 students has found that as little as four sessions of 20 minutes produced a significant improvement in critical cognitive skills, compared to those who spent an equal amount of time listening to Tolkien's The Hobbit being read aloud.

A six-week study got a lot of press last month. The study involved some 11,000 viewers of the BBC's science show "Bang Goes the Theory", and supposedly showed that playing online brain games makes you no smarter than surfing the Internet to answer general knowledge questions. In fact, the main problem was the media coverage.