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Brain Fitness Tip of the Week: Stress

Focus on stress. Our own, and many other researchers’ work, has shown that stress has a negative relation to memory. Stress may affect how well you can pay attention, and the chemicals it increases in our body (sometimes called stress hormones) may have a negative impact on your body. Whatever the cause, stress has a negative effect on your ability to remember what you want to remember.

What to do? First, check out your stress level. Do you often feel tense, worried, and jumpy? Stress might be the reason. How often do you feel out of control, or as though events have gotten away from you? Those are the sorts of experiences that make for increased stress. People sometimes forget that we adapt to stressors, so that after some time we may not even notice how stressed we are.

Simple ways to control stress include mental “time outs,” relaxation, and exercise. Mental “time outs” mean simply taking a few minutes once or twice a day to shift gears. Stop the headlong rush through the day for just a few minutes. Do something else for 10 minutes, but be sure that you take a few seconds to breathe and mentally shift gears. Still better, practice relaxation for 15 minutes twice a day. Simply sit in a comfortable chair, close your eyes, and focus on relaxing the muscles of your body from your head to your feet. Finally, exercise five times a week. It doesn’t mean that you have to go to a gym and lift weights or train for a marathon. Just walking 30 minutes can make a difference

The most important things are to notice your stress level and make a plan for dealing with it. Your memory will thank you.

Self-Efficacy

I recently had the opportunity to teach a brain fitness class for the Osher Lifelong Learning Institute on the Coral Gables campus of the University of Miami. As part of the class, we focused a great deal on memory since that is one of the things people were most interested in.

I had anticipated strong interest in the class, but not as much as we actually had. I had thought perhaps 15-20 people would come to the class the first day, but 60 persons came the first day. As part of their participation, I asked students to complete several questionnaires about how they felt about their memory abilities as well as administered a short memory test. We did the same measures at the end of the class.

A striking finding in previous research is that memory self-efficacy is strongly related to actually memory abilities. This term refers to the extent to which you believe you have control over how your memory works and can cope with challenges. Sure enough, in our Osher class, we found that students’ memory self-efficacy was related to how well they performed on a memory class. That leaves two possibilities: people who have good memories have high levels of memory self-efficacy, or that people with high levels of self-efficacy have good memories.

Which is it? Other studies have shown that people with higher levels of self-efficacy respond better to memory training. I think the chances are that the answer to the question is one or the other, but both. Having memory problems may make you feel less well able to control your memory, but feeling as though you understand and control your memory may make you better able to cope with challenges to your memory.

How can you improve your memory self-efficacy? The short answer is to learn more about how your memory works and develop realistic expectations for yourself about how your memory should work. I like a book called The Memory Workbook by DJ Mason, ML Kohn, and KA Clark (New Harbinger, 2001). The participants in our memory class really liked it, and it includes a number of exercises that you can work through on your own.

Brain Fitness

Brain Training Study Off the Ground!

computer with apple for teacher

After overcoming a number of obstacles, our study of the effects of cognitive training on fluid intelligence has finally started. We’re enrolling participants from our local Life Long Learning Program, all of whom are 50 years or older. In the study, we are comparing the effects of working memory training …

Changes in Brain Size with Aging

Picture of chimpanzee

Understanding brain aging has to be research priority. The average age of people in the US is increasing. This means that there are more older people at risk for diseases that occur as people get older, such as Alzheimer’s. In people, the size of the brain decreases as they get …

Exercise, Mitochondrial DNA, and Brain Fitness

Mouse on white background

One very influential theory of why our physical and mental functions decline with age holds that changes in our DNA accumulate over time so that out cells don’t work any more. Perhaps the most important part of our DNA exists in every cell in a special part called the mitochondia. …

The Default Mode Network and Brain Fitness

Man sleeping on grass

If brain fitness is more than just trying to avoid memory loss as you get older (and I think it is), then understanding how you think is (I think) critical. Sometimes called metacognition, this means not just thinking, but thinking about thinking. Follow that? Metacognition is the idea that we …

Mindfulness Meditation, Brain Fitness, and Gray Matter

Buddhist monk looking out over the forest

Most people know that the brain is smaller with age, at least in part due to loss of brain cells in parts of the brain related to perception, memory, and executive processes. Anything that can slow down or reverse the process should be of interest to all of us, whatever our age. …

RSS Worry and GAD Blog

  • 5 More Steps to Cope with Irritability
    This is a cross posting from my brain fitness blog. As it turns out, worry is probably bad for your brain fitness, so coping with worry not only can improve your mood but may also help improve your thinking and memory. Here the post: Irritability means letting small things that happen to all of us […]
  • Three Ways to Deal with Unconstructive Repetitive Thoughts
    Several researchers have shown that negative mood, anxiety, and distress can be associated with cognitive decline. Wilson and his colleague Patricia Boyle (both at Rush in Chicago) have shown with data from the Religious Orders Study that persons who are chronically distressed have a greater chance of cognitive decline. At the Cognitive Aging Summit (sponsor […]
  • Brain Fitness and The Mind of a Monk
    the contrast between Tibetan monks’ apparent calm, evident even on brain scans, and her own anxiety disorder. Ms. Warner says that she suffers from panic disorder, […]