-
Researchers in Ireland have found that brain exercises in the form of rote memorization of poems, articles, and short stories leads to memory improvement.
-
Why an elephant never forgets3 comments »
It is commonly said that "elephants never forget". From the website Elephant Voices:
-
The neurologic theory of Consolidation states that things you learn during the day are etched more permanently down in memory at night while you sleep. In other words, sleep plays a major role in learning and memorizing.
-
Snoring can be one of the signs of obstructive sleep apnea (OSA), a relatively common disease that affects children and adults. There’s been quite a bit of press lately about it- and for good reason: sleep apnea, which tends to be greatly underdiagnosed, can have a tremendous affect on your brain power.
-
Reading through the latest issue of Neurology Today, came across some interesting tidbits on how beneficial exercise can be for your brain:
- As mentioned in earlier posts, exercise leads to the creation of new brain cells in the hippocampus
-
In an earlier post, I mentioned how a large amount of new research shows that chronic stress plays a major role in destroying the memory engine (hippocampus) of your brain.
Additionally, I’ve also pointed out how many studies
-
There have been several studies lately that reveal how bad sleep disordered breathing can be for your brain.
Now, a recent article published in the journal Public Library of Science Medicine
-
Prednisone is a corticosteroid, and neurologists typically prescribe it quite often, as many of the diseases we see respond dramatically to it.
-
This week, my wife and I both have had colds. Whereas she’s had a lot of congestion, I’ve had a nagging cough. While going through 10 bags of Kleenexes one thing I began to wonder yesterday was: Do people who get frequent respiratory infections (”colds”) have poorer lung function later on in life? In other words, is there a direct relationship between the number of colds
-
Technology is really progressing at a dizzying pace. We are rapidly approaching the day when scientists will be able to interface brains and computer chips. For many, these neurochips might seem like something straight out of a science fiction novel, but over the past several months I’ve noticed a flurry of breakthroughs that indicate neurochips are close to becoming a reality.




























