Sharp Brains: Brain Fitness and Cognitive Health News

Developing self-regulation at school

Excellent article in the New York Times on learning, self-regulation and executive fuunctions:

The School Issue: Preschool: Can the Right Kinds of Play Teach Self-Control? (New York Times)

- “Over the last few years, a new buzz phrase has emerged among scholars and scientists who study early-childhood development, a phrase that sounds more as if it belongs in the boardroom than the classroom: executive function. Originally a neuroscience term, it refers to the ability to think straight: to order your thoughts, to process information in a coherent way, to hold relevant details in your short-term memory, to avoid distractions and mental traps and focus on the task in front of you. And recently, cognitive psychologists have come to believe that executive function, and specifically the skill of self-regulation, might hold the answers to some of the most vexing questions in education today.”

- “The ability of young children to control their emotional and cognitive impulses, it turns out, is a remarkably strong indicator of both short-term and long-term success, academic and otherwise.”

A truly excellent article, highly recommended reading. The only aspect lacking is the absence of coverage/ analysis of training-based alternatives to developing self-regulation, such as meditation and computerized cognitive training, which can help address some of the issues raised in the article (limited scalability, difficulty in isolating influential variables). We covered this in-depth in our book interview with Michael Posner.

Can You Outsmart Your Genes? An Interview with Author Richard Nisbett

(Editor’s Note: interviewing Richard Nisbett, author of the excellent Intelligence and How to Get Itrecent book Intelligence and How to Get It: Why Schools and Cultures Count, was in my To Do list. I then found that fellow blogger David DiSalvo was faster than I was and did a great job, so here we bring you David’s interview and take).

While the debate over intelligence rages on many fronts, the battle over the importance of heredity rages loudest. It’s easy to see why. If the camp that argues intelligence is 75 to 85 percent genetically determined is correct, then we’re faced with some tough questions about the role of education. If intelligence is improved very little by schools, and if the IQ of the majority of the population will remain relatively unchanged no matter how well schools perform, then should school reform really be a priority?

More to the point, if our genes largely determine our IQ, which in turn underlies our performance throughout our lives, then what is the role of school? For some in this debate the answer to that question is simply, “to be the best you can be.” But that seems little comfort for those who aspire to “be” more than what their IQ category predicts they will.

Those on the other side of this debate question whether heredity plays as big a role as the strong hereditarians claim. And for the role it does play, they question whether hereditability implies immutability. Heredity of height, for example, is about 90 percent, and yet average height in several populations around the world has been steadily increasing due to non-genetic influences, like nutrition. If such a strong hereditary trait can be radically altered by environmental factors–and height is but one example of this–then why is intelligence different?

It is not, argues the camp that might best be described as intelligence optimists. For them, the pessimism that colors the strong hereditarian position isn’t only discouraging, it’s dangerous. Too much is hanging in the balance for pessimism about the potential of our children to prevail.

Richard NisbettRichard Nisbett is a champion of the intelligence optimist camp, and with his latest book, Intelligence and How to Get It: Why Schools and Cultures Count , he has emerged as the most persuasive voice marshalling evidence to disprove the heredity-is-destiny argument. Intellectual advancement, Nisbett argues, is not the result of hardwired genetic codes, but the province of controllable factors like schools and social environments–and as such, improving these factors is crucially important. Read the rest of this entry »

Encephalon #70: on Mysteries and Ilussions

Welcome to the 70th edition of Encephalon, the blog carnival that offers some of the best neuroscience and psychology blog posts every other week.

Mysteries of Brain and Mind

Cognitive  Daily,
by Dave Munger

Guys on dates want to know: Is it really impossible to ignore an attractive face?
Recent research seems to demonstrate that, indeed, attractive faces can distract us from a variety of tasks.  Dating Tip of the Week: what about impressing your date with a homecooked dinner next time and avoid potential misunderstandings?

Neuroanthropology,
by Greg Downey

BIG NEWS: First Neuroanthropology Conference!
The first Neuroanthropology Conference will be held 8 October 2009 at the University of Notre Dame. Great theme, great speakers. Will it offer a cross-cultural analysis of the research mentioned above?

On Neurons, Journeys, and Chemical Friends

BrainHealthHacks,
by Ward Plunet
The power of one – neuron
We have all been told about the power one person, that one person can make a difference. Well, does the general principle also hold true about a single neuron? Can a single neuron make a difference – change your sleep state, motor movement, or induce a behavior?

Neurophilosopher,
by Mo

New cells in the adult brain migrate long distances by crawling along blood vessels
The journey undertaken by newly generated neurons in the adult brain is like the cellular equivalent of the arduous upstream migration of salmon returning to the rivers in which they were hatched.
Neurotopia,
by Scicurious
The elegant logic of dopamine
What do we know about the formation of dopamine neurons and the regulation of gene expression?.  A simple and elegant recent study provides some much-needed, critical information that could drastically affect how we pursue new therapies dopaminergic diseases such as Parkinson’s.

Brain Stimulant,
by Mike

Brain Synapse Computational Capacity
Evolution has exploited multiple avenues to increase the brain’s computational capacity. This is great news for all humans, except perhaps for those trying to model the mind exactly by building computer brain simulations, since they will likely have to model all of these protein interactions to function in a manner similar to a real brain.

On Brain Functions

SharpBrains,
by Tracy Alloway
10% Students may have working memory problems: Why does it matter?
In screening of over 3000 school-aged students in mainstream schools, 1 in 10 was identified as having working memory difficulties. Why does this matter? Clue: Working memory seems to be even more important to learning than other cognitive skills such as IQ.

Neurotopia,
by Scicurious

Cake or Death? It’s all a matter of self-control, and your vmPFC
A recent MRI study helps pinpoint where signals for self-control may originate, and could be a big deal clinically. Not necessarily as a diet aid, but rather for problems where there’s a lack of self-control, as in addiction.
The Mouse Trap,
by Sandy Gautam
Low Latent Inhibition, high faith in intuition and psychosis/creativity
What is the relationship between low latent inhibition (brain’s capacity to screen from current attentional focus stimuli previously tagged as irrelevant), high faith in intuition and psychosis/creativity?

Frontiers in Perception

Dr. Deb,
by Deb Serani
Can You Find The Twelve Faces?

How many faces can you see in this image?

Mind Hacks,
by Vaughan Bell

Deeper into the neuroscience of hypnosis
A new article from Trends in Cognitive Sciences explores how cognitive neuroscientists are becoming increasingly interested in understanding hypnosis and are using it to simulate unusual states of consciousness in the lab. Might hypnosis help you see the Twelve Faces above? or perhaps 25 of them?

Next edition will be hosted by Neuroanthropology on Monday, May 25th. If you can’t wait until to read more, you may be interested in the new in-depth feature, Cognitive Monthly, offered by Cognitive Daily blog for $2/ month. This month’s issue, “The Illusion of Theater,” discusses the “remarkable science behind what theatrical professionals seem, to laypeople, to do intuitively: create an environment that encourages us to believe that what we see on stage is a true representation of reality.”

Philosophy as the Missing Link in Our School’s Curriculum

A reader and writer sent us over the weekend the article below as “an OpEd submission”. We are not a newspaper, and don’t have a formal OpEd section, but are delighted to publish thoughtful, research-based pieces on topics related to lifelong cognitive development and health.

Here you are:

—-

Philosophy as the Missing Link – An Eye-Opening Audit of Our School’s Curriculum
By: Kimberly Wickham

The question might be asked, “Why would anyone want to teach philosophy to pre-adolescent children?” but there are very good reasons why one might want to take on such a lofty task. I am not suggesting that the history of philosophy would be particularly pertinent for a young child to learn, but there is substantial evidence to support the development of an already natural tendency towards philosophical thought. Some may think that the pre-adolescents haven’t got the cognitive developmental ability to wrap their minds around such an elusive and subjective study as philosophy. However, developing this skill has shown long term positive effects. These effects range from developing critical thinking skills and cognitive ability to raising emotional maturity and encouraging the child’s sense of security within his or her world.

For years there has been an emphasis on cognitive and physical aspects of children’s development, but recently more attention is being placed on both the social and emotional aspects of a child’s development. It is becoming recognized that a child’s emotional maturity has a big impact on their ability to learn and process information. While that, at first blush, may seem Read the rest of this entry »

Self-Regulation and Barkley’s Theory of ADHD

A CDC report estimated that, in 2003, 4.4 million youth ages 4-17 lived with diagnosed ADHD, and 2.5 million of them were receiving medication treatment. Now, which is the core deficit underlying ADHD-so that treatments really address it? and how are ADHD and brain development related? Keep reading…

ADHD & the Nature of Self-Control – Revisiting Barkley’s Theory of ADHD

— By David Rabiner, Ph.D

As implied in the title of his book, ADHD and the Nature of Self-Control, Dr. Barkley argues that the fundamental deficit in individuals with ADHD is one of self-control, and that problems with attention are a secondary characteristic of the disorder.

Dr. Barkley emphasizes that during the course of development, control over a child’s behavior gradually shifts from external sources to being increasingly governed by internal rules and standards. Controlling one’s behavior by internal rules and standards is what is meant by the term “self-control”.

Read the rest of this entry »

Jogging our Brains for Brain Vitality, Healthy Aging-and Intelligence!

Stroop Test

Quick: say the color in which each word in this graphic is displayed (don’t just read the word!):

Here you have a round-up of some great recent articles on memory, aging, and cognitive abilities such as self-control:

1) How to Boost Your Willpower (New York Times).

- “The video watchers were later given a concentration test in which they were asked to identify the color in which words were displayed. (Note: now you see why we started with that brain exercise…) The word “red,” for instance, might appear in blue ink. The video watchers who had stifled their responses did the worst on the test, suggesting that their self-control had already been depleted by the film challenge.”  

- “Finally, some research suggests that people struggling with self-control should start small. A few studies show that people who were instructed for two weeks to make small changes like improving their posture or brushing their teeth with their opposite hand improved their scores on laboratory tests of self-control. The data aren’t conclusive, but they do suggest that the quest for self-improvement should start small. A vow to stop swearing, to make the bed every day or to give up just one food may be a way to strengthen your self-control, giving you more willpower reserves for bigger challenges later.”

Comment: learning, building abilities, are processes that require practice and growing levels of difficulty. Like training our muscles in the gym. So the advice to start small and progressively do more makes sense. Many times the enemy of learning is the stress and anxiety we provoke by trying to do too many things at the same time…

 

2) Jogging Your Memory (Newsweek) Thanks Chris for alerting us!

- “No one should expect miracles soon, if at all. But the deeper scientists peer into the workings of memory, the better they understand Read the rest of this entry »

The new Mental Game: sport psychology, coaches, get ready!

One of the many Sharp Brains around, who is up to date of everything related to brain health and fitness (yes, Jeanne, that’s you! thanks for being such a great bureau chief!) has sent us a very interesting press note on how brain fitness and training can be applied in the sports performance world. I haven’t been able to track down the research behind the specific programs mentioned in the article, but the theoretical rationale makes sense based on similar programs we are familiar with: you can see below a summary of our interview with Prof. Daniel Gopher, scientific mind behind computer-based cognitive simulations for military pilots and for basketball players.

The note Sports Vision Training Takes Athletes to New Frontiers explains how

  • “Specialty sports vision facilities are helping athletes train skills that many believed were “untrainable”; skills like anticipation, field vision, timing, sport intelligence, game tempo, reaction speed, focus and concentration.”
  • “What has everyone all worked up is the knowledge that they can actually train athletic skills that many believed were “untrainable.” We’re talking about intangibles like anticipation, field vision, timing, sport intelligence, game tempo, reaction speed, focus and concentration. “One of the worst mistakes an athlete can make is to believe that you’re either born with or without these kinds of skills, and that they’re consequently not trainable,” says Brian Stammer, editor of SportsVision Magazine. “If you want to be the best athlete you can be, you must do exercises to condition and sharpen your sensory system, including visual, auditory and brain-processing speed.”
  • This is the link to the magazine they mention: SportsVision Magazine

And here is the summary of my (AF) interview with Prof. Daniel Gopher (DG) on Cognitive Simulations and cognitive training:

  • “AF: …Can you summarize your research findings across all these examples and fields, and how you see the field evolving?
  • DG: In short, I’d summarize by saying that
  • - Cognitive performance can be substantially improved with proper training. Read the rest of this entry »

How can I improve concentration and memory?

Here is question 19 of 25 from Brain Fitness 101 e-Guide.

Question:
How can I improve my concentration and my memory?

Key Points:

  • - Attention is among the most important components of our mental life, cognitive performance and quality of life.
  • - Reduce your stress to improve concentration and reduce distractions.
  • - Focus, take breaks, and elaborate in order to remember.

Answer: Read the rest of this entry »

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