Article by Rick Hanson, Ph.D. | Found on MindBodyGreen
Let’s conduct an experiment: Take a moment to think back over your day; which experiences stand out for you?
For most of us, it’s the negative ones. Enjoyable, useful experiences—like smiling at a friend, finishing a task, or learning something new—typically happen many times a day, but they usually wash through the brain like water through a sieve, barely leaving a trace. Meanwhile, our stressful, often harmful experiences—like getting stuck in traffic and being late for a meeting, feeling brushed aside by a friend or misunderstood by a partner, or ruminating about worries or resentments—routinely produce lasting changes in neural structure or function. Read more
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There’s nothing wrong with being a little weird. Because we think of psychological disorders on a continuum, we may worry when our own ways of thinking and behaving don’t match up with our idealized notion of health. But some variability can be healthy and even adaptive, say researchers in a review published February 20th in Trends in Cognitive Sciences, even though it can also complicate attempts to identify standardized markers of pathology.
“I would argue that there is no fixed normal,” says clinical psychologist and senior author Avram Holmes of Yale University. “There’s a level of variability in every one of our behaviors.” Healthy variation is the raw material that natural selection feeds on, but there are plenty of reasons why evolution might not arrive at one isolated perfect version of a trait or behavior. “Any behavior is neither solely negative or solely positive. There are potential benefits for both, depending on the context you’re placed in,” he says.
For instance, impulsive sensation seeking, a willingness to take risks in order to have new and exciting experiences that has its roots in our evolutionary history as foragers, is often thought of negatively. Increased sensation seeking is associated with things like substance abuse, criminality, risky sexual behavior, and physical injury. “But if you flip it on its head and look at potential positive outcomes, those same individuals may also thrive in complex and bustling environments where it’s appropriate for them to take risks and seek thrills,” he says. They often have more social support, are more outgoing, and exercise more.
The same is true for anxiety. “You might be more inhibited in social situations and you may find it harder to build friendships,” Holmes says. “However, that same anxiety, if you think of it in a workplace setting, is what motivates you to prepare for a big presentation. If you’re in school, that’s the same anxiety that motivates you to study for an exam.” He also notes that we have more control over the contexts we’re in than we tend to think we do, which means that it’s very possible to end up in an environment that favors the way our brains work.
But if variation in any given trait is normal, that does raise questions about what makes for disordered behavior, which he stresses is very much a real phenomenon. “It may be the case that if you focus on a single phenotype, there isn’t a specific line that separates health from disease, and that we must consider multiple phenotypes simultaneously,” he says.
This makes it much more complicated to try to find biomarkers for psychological illness, something that Holmes has worked on throughout his career. The usual approach is to break down a disorder into its component pieces, find a specific associated genetic marker or biological process for a certain piece, and then look for that marker or process in the general population to see if it can predict the disorder. The problem, he says, is that “one single phenotype in isolation is never going to be necessary nor sufficient to cause an illness.”
“What we want to try to do is build multivariate approaches that consider multiple domains of human behavior simultaneously, to see if we can boost our power in predicting eventual outcomes for folks,” he says. Large, open-source datasets have been collected in recent years that can be used in these efforts, but Holmes notes that the work will almost certainly require collaboration between different labs and institutions — some of which is already underway.
What this does mean, though, is that it really isn’t appropriate to think of ourselves in terms of a single trait that’s either good or bad, healthy or unhealthy. “This is a broader issue with our society,” he says, “but we’re all striving towards some artificial, archetypal ideal, whether it’s physical appearance or youthfulness or intelligence or personality. But we need to recognize the importance of variability, both in ourselves and in the people around us. Because it does serve an adaptive purpose in our lives.”
This work was supported by the National Institute of Mental Health.
Grounded in the belief we are all unique beings, we begin each new client with a meticulous bio-mechanical evaluation, assessing each joint in its relationship to the movement of the body as a whole. Our therapists are skilled at reading the unique story your body tells, and treating everything from the bottom of your foot to the top of your head.
Bodywise Physical Therapy is located in Portland, Oregon. The Bodywise approach is wholistic, individualized, and can benefit people of all fitness levels. While Bodywise has always specialized in general orthopedics, spine rehabilitation, and sports medicine, they have evolved into a truly wholistic practice integrating Hands-on treatments with Mindfulness, Pilates, Trauma Release Exercise, Womens Health and Lymphedema.
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In this whiteboard session for Harvard Business Review, Davidson and Goleman talk about one of the most important discoveries: repeated practice helps us untether from emotional cues that keep us mired in distraction — specifically, rumination.
More emotional control
Research suggests mindfulness practice can strengthen the connections between the brain that direct our decision-making and impulses, so that when we encounter a strong emotional trigger, we’re not pulled to immediately react.
“[Mindfulness] strengthens the prefrontal (cortex’s) ability to say no to emotional impulse,” says Goleman. This increases resilience because it helps us hold things more lightly — like that snarky email — and not devote all of our attention to emotional cues. Davidson explains:
The “recover more quickly” is really an important attribute of what we think of as resilience. Resilience is, in many ways, the ability to recover more quickly from adversity. So instead of ruminating about the email that ticked you off for several weeks after, you can come back down and recover.
Goleman cautions that the science of mindfulness — what we know, what we don’t — is still in the early stages of study. There are benefits, but there is a lot of hype as well. Since the early 2000s, research on mindfulness has been expanding rapidly. For more, here’s a look at 10 leaders in the field, what their research has shown us, and the future directions their studies are taking.
Grounded in the belief we are all unique beings, we begin each new client with a meticulous bio-mechanical evaluation, assessing each joint in its relationship to the movement of the body as a whole. Our therapists are skilled at reading the unique story your body tells, and treating everything from the bottom of your foot to the top of your head.
Bodywise Physical Therapy is located in Portland, Oregon. The Bodywise approach is wholistic, individualized, and can benefit people of all fitness levels. While Bodywise has always specialized in general orthopedics, spine rehabilitation, and sports medicine, they have evolved into a truly wholistic practice integrating Hands-on treatments with Mindfulness, Pilates, Trauma Release Exercise, Womens Health and Lymphedema.
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Neuroplasticity – or brain plasticity – is the ability of the brain to modify its connections or re-wire itself. Without this ability, any brain, not just the human brain, would be unable to develop from infancy through to adulthood or recover from brain injury.
What makes the brain special is that, unlike a computer, it processes sensory and motor signals in parallel. It has many neural pathways that can replicate another’s function so that small errors in development or temporary loss of function through damage can be easily corrected by rerouting signals along a different pathway. Read more
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For patients with mild cognitive impairment, don’t be surprised if your health care provider prescribes exercise rather than medication. A new guideline for medical practitioners says they should recommend twice-weekly exercise to people with mild cognitive impairment to improve memory and thinking. Read more
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Dr Norman Doidge has travelled the world meeting people who have healed themselves using neuroplasticity—the brain’s ability to change in response to stimuli and experience. He told Lynne Malcolm how the concept may change the way we treat everything from ADD to Parkinson’s.
Scientists now know that the brain has an amazing ability to change and heal itself in response to mental experience. This phenomenon, known as neuroplasticity, is considered to be one of the most important developments in modern science for our understanding of the brain. Read more
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Many leaders think the best way to make a decision is to focus on the logical, reasoning part of their minds. Actually, what neuroscience tells us is that there’s more to our brain than the gray matter that rests between our ears. Other parts of our body do essential work processing information. And, the best leaders know how to analyze and use that information.
The Science Behind Gut Feelings
I explained the science behind gut feelings to my colleague, Daniel Goleman, for his Leadership: A Master Class series.
“We now know that the intestines, our gut, has a set of neural net processors that function like sophisticated computers. The computers we have at home are linear processors, and they can do all sorts of fancy things quickly, but the really sophisticated computers are those that are in a spider-web-like network called parallel distributed processing. We have these parallel processors called PDP models that are in our intestines and also around our heart. So the heartfelt feelings that we have are not just poetic metaphors of the ‘gut instinct’ and ‘heartfelt feelings’ but instead are really sophisticated processors. Now, it’s not rational—meaning it’s not a logical thing where you could say, ‘A went to B went to C.’ But it is a very important way in which our whole being is processing information, and often this source of bodily wisdom is very useful when contemplating an organization’s direction.”
We now know that the intestines, our gut, has a set of neural net processors that function like sophisticated computers.
How Does the Gut Connect to the Brain?
The information processors of the internal organs, called viscera, process information and send signals from the body to the spinal cord in a layer called Lamina 1. Lamina 1 carries information from the intestines, heart, muscles, and bones upward through the spinal cord. Part of this information goes to the deepest part of the brain, the brainstem, and influences heart rate, respiration, and other processes like that.
Another portion goes to the hypothalamus and influences the endocrine system and hormones. A different branch goes to the prefrontal cortex. The frontal region of the cortex is right behind your forehead. The front most area of that is called prefrontal. Lamina 1 data goes to two aspects of the prefrontal cortex. One twig is a very important area called the insula. Another branch goes to the anterior cingulate, the front part of a loopy kind of area.
What’s fascinating is that people who are aware of their interior (called interoception, or perception of the interior) tend to be more empathic. More interoceptive ability equals greater activity of the right insula and greater self-awareness, at least of emotions.
One view of emotions is that they’re generated from subcortical areas of our brain. The cortex is the higher part of the brain; beneath the cortex is the limbic area, the brainstem, and the body proper. Everything below the cortex in the brain mixes together to form emotions. The emotions are driven up through the insula to the cortex, where we become aware of them. When you say, “This person is aware of his or her emotional state,” the insula is usually involved.
Using Your Whole Body to Make Decisions
There are related areas of the pre-frontal brain that communicate rapidly with each other, assessing “Should I go toward or move away from this thing in front of me?” All of these prefrontal areas work together in decision making. When leaders say they listened to their guts, they’re really saying, “I don’t just base my decisions on logic; I actually use my whole self, which includes my gut and my heartfelt sense with reasoning.” They’re not just responding to their gut feeling, but they’re using their gut to give them an ultimate summation of where they should go.
Gut Feelings and Self-Awareness
Given that the body plays an important role in decision-making, how does this relate to self-awareness? Although there is disagreement among neuroscientists about whether there is a significant difference between the left and right hemispheres of the brain, the signals from our guts have their primary input to the right hemisphere. The right hemisphere is also a primary site for making maps of an autobiographical self.
Body awareness and awareness of raw, spontaneous non-rational input mostly involves the right hemisphere. The left, in contrast, is more distant from the body and analyzes data it perceives. It cuts it into pieces, creates categories, does “digital analysis,” looking for binary distinctions, such as up and down, yes and no.
Realizing the left is digital and the right is analog, leaders need to understand both are important. The left sees the details; the right sees the big picture. Both are really significant, so self-aware leaders know the difference in these two ways of processing, honor the importance of both, and integrate them together.
The left sees the details; the right sees the big picture.
What to Do with Your Gut Feelings?
When I say it is important to listen to your gut, I don’t necessarily mean you should respond to it directly. Gut feelings or a heartfelt sense provide crucial wisdom. Other times, our gut feelings can lead us astray. As with any data source, it’s important to analyze bodily input, not just to respond to it blindly. Just because you were once bitten by a dog doesn’t mean every time you see a dog and your gut says “alert, alert, alert” you should expect to be bitten.
A great research study would be to look at leaders who said “I followed my gut” when creating companies that failed or succeeded. What determines a gut feeling that makes an incredibly successful company versus a gut feeling that doesn’t? My sense is that a key difference would be how the leaders analyzed and used their gut sense. Working with a coach is an effective way to learn how to listen to and analyze your gut feelings. Here’s an article that suggests an exercise for developing your skill at making sense of the messages your body gives you.
For more on this great program I’m teaching along with Dan Goleman, here’s a short video about the importance of brain science in leadership development.
Grounded in the belief we are all unique beings, we begin each new client with a meticulous bio-mechanical evaluation, assessing each joint in it’s relationship to the movement of the body as a whole. Our therapists are skilled at reading the unique story your body tells, and treating everything from the bottom of your foot to the top of your head.
Bodywise Physical Therapy is located in Portland, Oregon. The Bodywise approach is wholistic, individualized, and can benefit people of all fitness levels. While Bodywise has always specialized in general orthopedics, spine rehabilitation, and sports medicine, they have evolved into a truly wholistic practice integrating Hands-on treatments with Mindfulness, Pilates, Trauma Release Exercise, Women’s Health and Lymphedema.
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Researchers train brains to use different regions for same task.
Practice might not always make perfect, but it’s essential for learning a sport or a musical instrument. It’s also the basis of brain training, an approach that holds potential as a non-invasive therapy to overcome disabilities caused by neurological disease or trauma.
Research at the Montreal Neurological Institute and Hospital of McGill University (The Neuro) has shown just how adaptive the brain can be, knowledge that could one day be applied to recovery from conditions such as stroke. Read more
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