Stress management is one of the 4 pillars of brain health. Therefore it is vitally important for us to understand and learn about stress and stress management in order to keep our bodies and brains healthy.

Stress is a normal reaction to the demands of life. But when we’re not able to cope well with stress, our mind and body will pay the price.

Stress and Your Brain

According to the book titled “Brain Rules Stress and Your Brain: Stress Management, by John Medina, our brain can safely handle stress that lasts for about 30 seconds. Our brain is simply not designed to handle long term stress. Long term stress damages our brain.

Stress damages virtually every kind of cognition that exists. It damages memory and executive function. It can hurt your motor skills. When you are stressed out over a long period of time it also disrupts your immune response. You get sicker more often. It disrupts your ability to sleep. You get depressed.

When we’re stressed, a hormone called cortisol is released. In the short-term, cortisol helps the brain to cope with life-threatening situations. However, if overloaded with it, the brain’s neurons end up firing too frequently and they end up dying.

Giving rats daily injections of cortisol for several weeks has been shown to result in the killing off of certain brain cells, particularly in the hippocampus (the area of the brain responsible for learning and memory). Stressing the rats daily for the same amount of time had an identical effect. A study where rats were tightly restrained for six hours daily for 21 days, without food or water, resulted in the animals’ hippocampus shrinking by 3%.

Without cortisol you would die – but too much of it is not a good thing either.  That’s why it’s critical for us to learn stress management techniques.

Stress Management

Typical stress management and stress relief techniques include:

Exercise:

Physical activity helps in reducing and preventing the effects of stress.  Exercise triggers the production of dopamine, serotonin and endorphins. These chemicals are responsible for what’s called the “runner’s high.” Researchers at Duke University have shown that exercise (30 minutes per day, three to four days a week, for four months) can relieve anxiety and depression symptoms as effectively as prescription antidepressants.

Just be sure not to overdo it. Overdoing it can actually trigger excess cortisol production! An out of the norm, overly exerted exercise bout can elevate your cortisol levels. However, adhering to a regular, progressive and sustainable exercise program will slowly “teach” your body to produce less cortisol in response to a given workload.

Relaxation techniques:

Relaxation techniques help train your mind to become less responsive to stress. Practicing relaxation techniques enables you to maintain calm and peaceful feelings throughout your day.

Relaxation techniques include activities such as:

  • Meditation
  • Deep breathing
  • Tai Chi
  • Yoga
  • Progressive muscle relaxation

A great resource I’ve found for delving deeper into relaxation techniques for stress reduction is:

Healthylifestyle: StressRelaxation

Getting enough sleep

The importance of getting enough sleep can’t be overstated. Sleep and stress are inter-related. Stress makes sleeping difficult and lack of sleep makes us more stressed. It can be a vicious cycle.

Researchers say we should try to get 7-8 hours of sleep a night. What can you do if you don’t get the recommended 7-8 hours of sleep? Try taking a power nap!

Positive outlook and self talk

If the thoughts that run through your head are mostly negative, then your outlook is more likely a pessimistic one. If the thoughts you have are mostly positive, then you’re more likely an optimist.

An optimist is someone who practices positive thinking.

The health benefits that positive thinking may provide include:

  • Increased life span
  • Lower rates of depression
  • Lower levels of distress
  • Greater resistance to the common cold
  • Better psychological and physical well-being
  • Reduced risk of death from cardiovascular disease
  • Better coping skills during hardships and times of stress

On the other hand, thinking negatively most of the time, or focusing on things that make you frightened, fearful or angry is called rumination. Studies have shown that those who focus on negative aspects of themselves or on a negative interpretation of life had an increased activity in their amygdala. This results in a flood of destructive neurochemicals being released in the brain.

A great resource on self talk:

Ratracetrap: are-your-thoughts-helpful

Useful Resource for Stress Management:

The link below is a good resource for learning more about stress, and stress management techniques.

Helpguide: stress_management_relief_coping

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4 pillars of brain health, cortisol, exercise, relaxation, relaxation techniques, stress, stress management

As I noted in my last post, the 4 Pillars of Brain Health are all you really need to know and do in order to keep and improve your brain health and fitness.  As such, I’ll be adding activities and actions this year that touch on each of the 4 Pillars.

Listed below are the actions and activities I will be incorporating into 2010 with respect to the 4 Pillars of Brain Health.

1) Physical Exercise

My plan here is to start the one hundred push up plan. This is a 7 week plan to take you from where you are now to being able to perform 100 push ups at the end. Even if you can only perform 1 push up today (or even none), you can still start the plan.  I’ve already taken the initial test for the plan. I was only able to perform 15 consecutive push ups with proper form.

If you want to check out this plan, you can find out more by visiting the onehundredpushups website.

Once I’ve completed the 100 push up plan, my next step is to start the 200 squat plan!  Then after that, the 200 sit up plan!!

I’ll keep you posted on my progress.

2) Mental Exercise

I already play lots of brain games. My vision for 2010 is to be more regular with time spent playing the brain games found in my recommended scientific brain game suite. If you want to know what that brain game suite is, click here.

3) Nutrition

I admit, I don’t really eat as healthy as I should. In 2010, my plan is to eat (or drink) more fruits and vegetables. And in general, eat less. A calorie restricted diet has been shown to improve your brain health.

4) Stress Management

Dealing with stress is so important to our brain health. High levels of stress increases you risk of contracting Alzheimer’s and other forms of dementia. Living through this great recession, as some call it, is sure to bring on lots of stress. So all the more important that we learn how to deal with it.

Practicing meditation is perhaps one of the best things we can do to deal with stress. It not only enables you to learn how to effectively deal with stress, but it has been shown to be an excellent exercise in general for maintaining a healthy brain.

I’m currently reading a book on meditation called, Mental Resilience: The Power of Clarity: How to Develop the Focus of a Warrior and the Peace of a Monk My 4 Pillar Brain Health Goals for 2010. This book presents one of the most practical and straightforward ways of learning how to meditate. I will be implementing the plan presented in the book and learning how to deal with stress and improving my overall brain health in the process.

So that’s it.. That’s my brain health and fitness plan for 2010.

What’s yours?

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4 pillars of brain health, brain fitness, Brain Games, brain health, exercise, meditation, mental exercise, nutrition, physical exercise, stress, stress management

Scientists used to believe that the brain stopped making new brain cells past a certain age. But that believe changed in the late 1990’s as a result of several studies which were performed on mice at the Salk Institute.

After conducting maze tests, neuroscientist Fred H. Gage and his colleagues examined brain samples collected from mice. What they found challenged long standing believes held about neurogenesis, or the creation of new neurons. To their astonishment, they discovered that the mice were creating new neurons. Their brains were regenerating themselves.

All of the mice showed evidence of neurogenesis but the brains of the athletic mice showed even more.

These mice, the ones that scampered on running wheels, were producing two to three times as many new neurons as the mice that didn’t exercise.

The difference between the mice who performed well on the maze tests and those that floundered was exercise.

That’s great for the mice, but what about humans?

To find out if neurogensis occurred in adult humans, Gage and his colleagues obtained brain tissue from deceased cancer patients who had donated their bodies to research. While still living, these people were injected with the same type of compound used on Gage’s mice to detect new neuron growth. When Gage dyed their brain samples, he saw new neurons. Like in the mice study, they found evidence of neurogenesis – the growth of new brain cells.

From the mice study, it appears that those who exercise produce even more new brain cells than those who don’t. Several studies on humans seem to suggest the same thing.

Studies performed at both the University of Illinois at Urbana- Champaign and Columbia University in New York City have shown that exercise benefits brain function. The test subjects were given aerobic exercises such as walking for at least one hour three times a week. After 6 months they showed significant improvements in memory as measured by a word-recall test. Using fMRI scans they also showed increases in blood flow to the hippocampus (part of the brain associated with memory and learning). Scientists suspect that the blood pumping into that part of the brain was helping to produce fresh neurons.

Dr. Patricia A. Boyle and her colleagues of Rush Alzheimer’s Disease Center in Chicago found that the greater a person’s muscle strength, the lower their likelihood of being diagnosed with Alzheimer’s. The same was true for the loss of mental function that often precedes full-blown Alzheimer’s.

Neuroscientist Gage, by the way, exercises just about every day, as do most colleagues in his field. As Scott Small a neurologist at Columbia explains,

I constantly get asked at cocktail parties what someone can do to protect their mental functioning. I tell them, ‘Put down that glass and go for a run.

So if you want to grow some new brain cells and improve your brain function, go get some exercise!

Reference:

Lobes of Steel

More Muscle Strength equals Less Risk of Alzheimers

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alzheimer, alzheimers, brain cells, brain function, exercise, neurogenesis, neurons

I’ve written several posts in the past which connected physical exercise to brain fitness.  Well I just came across a news article today on yahoo which further highlighted this connection.

The article reported the results of a study performed by Dr. Patricia A. Boyle and her colleagues of Rush Alzheimer’s Disease Center in Chicago. They found that the greater a person’s muscle strength, the lower their likelihood of being diagnosed with Alzheimer’s. The same was true for the loss of mental function that often precedes full-blown Alzheimer’s.

The researchers initially measured the strength of nine muscle groups in the arms and legs of 970 dementia-free men and women 54 to 100 years old (their average age was around 80). During a four year follow-up, 138 people in the study developed Alzheimer’s. These individuals were older and had worse mental function than the rest of the study participants. They also were weaker. They found that muscle strength had a strong influence on the risk of the disease. People who ranked in the top 10 percent for muscle strength were 61 percent less likely to develop Alzheimer’s than the weakest 10 percent. Stronger people also showed a slower decline in their mental abilities over time.

“These findings support the link between physical health and cognition in aging and the importance of maintaining good physical function and strength,” Boyle told Reuters.

“Good physical health is important for good brain function.”

Source:

More muscle power means lower Alzheimer’s risk

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Physical Exercise Can Reverse Brain Decline

scientific mental exercises

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