Exercising Outdoors May Help Boost its Positive Health Effects in Children

(NaturalNews – J. Anderson) Mother Nature may have even more positive health powers than we thought! According to Coventry University research published in the International Journal of Environmental Research and Public Health, children who exercise outside are significantly more likely to experience positive health effects post-exercise than if the exercise was inside.

The Study

The research was conducted on a group of 9- to 10-year-olds who had to complete multiple 15-minute cycling sessions. During one session, the children were shown pictures of a forest path which was synced to their bike; in another session, they were given no visual enhancement at all. After the session in which they were given “green stimulus,” the children experienced significantly lower blood pressure than when given no stimulus. The authors of the study noted that lower blood pressure can be attributed to a lower risk of healthy problems such as cardiovascular disease.

The lead researcher of the study, Dr. Michael Duncan of Coventry University had this to say regarding the results: “If there is indeed a correlation between viewing scenes of nature and a lower blood pressure post exercise, as indicated by our data, it could have very positive implications in encouraging public health practitioners to prescribe outdoor exercise to reduce health risk.”

Exercise in Children

Exercise in general is great for children, because it sets them up for a healthier adulthood by instilling a sense of a healthy lifestyle! In fact, research has gone so far as to hypothesize that a child’s “weight fate” is determined by age five! This means that children who are obese by this early age are more than likely to remain this weight for a large portion of their adult lives (this of course is not always true; with exercise and the proper diet, anyone can control their weight). Not only does exercise keep us physically fit, but research has shown that exercise in children (as well as adults) is vital in helping memory function too!

Although the study was done with visual stimuli and not an actual outdoor exercise experience, it does raise questions for future research on the subject. We know that exercise in general is amazingly healthy for all of us, but exercising outside could help boost those health benefits even more! From the data in the study provided, it does seem that children and adults alike could benefit from exercising more outdoors.

Sources for this article include:
http://www.coventry.ac.uk
http://www.naturalnews.com
http://www.naturalnews.com
http://science.naturalnews.com

Vitamin D Hailed in the Fight Against Heart Disease, Alzheimer’s Disease and Diabetes

(NaturalNews – John Phillip) Scientific research bodies extolling the amazing virtues of the prohormone vitamin D have been published in rapid succession to explain the preventive mechanism shown to prevent cardiovascular disease, diabetes and Alzheimer’s disease. Three independent reviews demonstrate that maintaining a vitamin D blood level between 50 and 70 ng/mL can provide optimal protection against many chronic diseases.

Researchers’ publishing in the journal Nutrition, Metabolism & Cardiovascular Diseases provide evidence that vitamin D is intrinsically involved in the homeostasis of the cardiovascular system. Disruption of the body’s natural stasis system contributes to diabetes, obesity, elevated blood lipids, high blood pressure, endothelial dysfunction, stroke and risk of coronary artery disease. Scientists advise supplementation of 4,000 to 8,000 IU of vitamin D per day to achieve optimal levels, far above the anemic 400 IU currently recommended.

Scientists at the University of Miami’s School of Medicine demonstrate a direct genetic link between low vitamin D levels and the development of amyloid proteins in the brain, commonly associated with Alzheimer’s disease. Reporting in the journal Neurobiology of Aging, researchers looked at gene signaling in relation to the vitamin D receptor in 492 late onset Alzheimer’s patients and 496 control subjects.

Vitamin D controls genetic receptors to guard against chronic disease

When vitamin D receptors were not activated on the surface of individual cells due to poor vitamin D saturation in the blood, precise gene signaling went awry that halted normal clearance of the dementia-related protein clumps. The team conducting the study concluded “Our findings are consistent with epidemiology studies suggesting that vitamin D insufficiency increases the risk of developing Alzheimer’s disease.”

Researchers in Spain evaluated the vitamin D status of 1,226 individuals in 1996. The participants were again tested eight years later, and vitamin D levels were contrasted with development of diabetes over the course of the study. The results, published in the journal Clinical Nutrition, found that those with vitamin D blood levels above 18.5 ng/mL had an 83 percent lower risk of developing type 2 diabetes during the eight-year period. No one in the study with a vitamin D score over 30 ng/mL developed type 2 diabetes.

It has become very clear from countless research studies published over the past decade that vitamin D qualifies among the most crucial and essential hormone-based nutrients. And still millions of people continue to place themselves at unnecessary risk by ignoring this information.

Most people above the age of twenty-one should supplement with a minimum of 2,000 IU of vitamin D every day and have their blood tested to ensure they reach the optimal range of 50 to 70 ng/mL. Extensive research provides more than sufficient evidence that maintaining a proper vitamin D level can dramatically lower the risk of heart disease, Alzheimer’s disease diabetes and many other chronic illnesses.

Sources for this article include:
http://www.nmcd-journal.com
http://www.wellnessresources.com
http://www.ncbi.nlm.nih.gov
http://www.wellnessresources.com
http://www.sciencedirect.com

Take a Break

Reprinted with permission from Experience Life Magazine.

Random moments of “unproductive” time don’t just make you healthier, happier and more resilient. They help you work smarter, too.

(DrFrankLipman – Frank Lipman) At Google, goofing off is the way to go. In fact, it’s encouraged. Engineers at the tech powerhouse’s Mountain View, Calif., headquarters are told to spend 20 percent of their work hours — whether a couple of hours a day, or a full day a week — doing exactly what they please. They can sit and stare into space, take a nap, or wander the corporate campus and let their minds roam free.

At first glance, this looks like a clever (though potentially costly) ploy to retain finicky employees. But Google’s 80/20 concept taps some of the most reliable research on employee productivity. Wide-ranging studies show that taking time out at work or at home to rest, daydream, be silly and pursue amusements of various kinds has physiological and psychological benefits that can bolster well-being, improve concentration, boost problem-solving capability and enhance creativity.

Google’s approach has given rise to some amazing innovations. Gmail, Google News and Mars — an add-on map of the Red Planet’s terrain in Google Earth — are just three of the successful products employees have created during their “free” time. Software engineer Michael Weiss-Malik, who created Mars, says the time his employer allows him to just have fun with ideas is crucial to the creative process.

“I got to stretch my wings and do something out of the ordinary that also happens to benefit the public’s understanding of science,” says Weiss-Malik. “And because these are ‘side projects’ that don’t always benefit initially from full-support resources, you’re forced to get creative and scrappy, which means you sometimes come up with solutions you wouldn’t have thought of before, but that in hindsight wind up being superior to what you probably would have done had it been a ‘real’ project.”

Of course, most of us don’t work for companies quite as forward thinking (or as richly resourced) as Google. But it’s not just corporate policy that prevents us from taking breaks and goofing off. It’s our own mistaken notions about the best ways to wring the most from our busy days and our addled brains.

For the most part, we think of off-task idleness and play as indulgences or distractions from what we “should” be doing. These apparently low-productivity pursuits can yield surprisingly pragmatic benefits, though, helping us become more effective thinkers, more productive workers, and healthier, happier, more resilient individuals. All of which means that pursuing random moments of “unproductive” time might be a lot more productive than you think.

Making Space for Monkey Business

Even for those of us who really enjoy what we do for a living, our jobs are first and foremost about getting work done — and done well. That’s why we often relegate what we see as less productive pursuits (say, staring out the window, sharing laughs with a coworker or showing around pictures of our kids in their Halloween costumes) to the back burner.

Even at home, it seems we’re forever on a mission — to stay on top of the laundry, the kids’ extracurricular activities, the bills. It can keep a person running 24/7, making it feel nearly impossible to find time for purely enjoyable or relaxing engagements.

“Lots of individuals have that sense of eternal responsibility. They feel bound to the demands of work and the pressure to pay for their mortgage, their car, their kids in college,” says Stuart Brown, MD, a psychiatrist in Carmel Valley, Calif., and coauthor of Play: How It Shapes the Brain, Opens the Imagination, and Invigorates the Soul (Avery Trade, 2010). “The American way — starting with the dualism of good and bad in Judeo-Christian tradition, the survival demands of a frontier society, the grinding workload fostered by the industrial revolution — has not always prioritized the experience of playfulness. And that’s a huge loss.”

It’s a loss, in part, because of the key ways in which downtime and self-renewing activities can help us upgrade our overall levels of happiness, creativity and mental clarity. It’s a loss, too, because when emphasis on productivity is unrelenting, we experience diminishing returns that truly diminish us: Accumulated stress spills over into all areas of our lives, lowering our overall happiness, robbing us of pleasure, and adversely diminishing both our health and personal effectiveness.

It’s for this reason that Stephen Covey, the late author of The 7 Habits of Highly Effective People (Free Press, 2004), dedicated the seventh of his famed Seven Habits to “sharpening the saw,” insisting that only a consistent, continuous dedication to self-renewal (rest, play, exercise, personal exploration) can empower an individual to maintain the sharp mental and physical edge necessary to properly execute the other six habits.

“Without this renewal,” wrote Covey, “the body becomes weak, the mind mechanical, the emotions raw, the spirit insensitive, and the person selfish.” You can renew and better yourself through appropriate rest and relaxation, he notes, “or you can totally burn yourself out by overdoing everything.”

So how does one begin to build more self-renewing breaks and amusements into everyday life? And what benefits can one expect from investing a little more energy in simply powering down, chilling out, and even goofing around now and then? The answers are nestled right between your ears.

In Praise of Idleness

Most of us have been led to believe that the off-task brain is a little like an idling engine — puttering along at rest until given a specific task to accomplish or a problem to focus on. But research involving the use of PET and MRI imaging technologies suggests that, in fact, our brains maintain an almost constant level of activity, even when we appear to be doing nothing.

According to Marcus Raichle, MD, a neurologist at Washington University School of Medicine in St. Louis, a number of interconnecting brain regions kick into a sort of neurological and metabolic hyperdrive whenever given a break from tasks that require more-directed, highly focused attention. You can see it on a PET scan: The same areas of the brain that light up when subjects allow their minds to wander from a problem or focused task promptly dim whenever they are asked to actively concentrate on something. And when those mind-wandering areas are active, they gobble glucose at an astonishing rate.

Based on the fact that the brain diverts attention from its demanding “downtime” activities only when called upon to divert blood, oxygen and glucose for more urgent purposes, Raichle and other brain researchers are concluding that whatever the brain is doing while apparently doing nothing may actually be profoundly important.

In a 2001 paper published in the Proceedings of the National Academy of Sciences, Raichle and his colleague Gordon Shulman, PhD, identified the cluster of regions in which this activity occurred, including the medial prefrontal cortex, hippocampus and posterior cingulate, which represent an arch through the midline of the brain. They dubbed these areas the “default network” and have continued to focus research efforts on precisely how the network operates — and for what purpose — ever since.

What’s clear so far is that the default network utilizes strong connections with the parts of our brains that process executive (decision-making) functions, memories, and content we deem to be of emotional significance or significant to our self-interest. And when active, parts of the network devour 30 percent more caloric energy (in the form of glucose) than nearly any other parts of the brain, suggesting that when it’s working, it’s working very hard indeed.

Precisely what it’s working on is the subject of ongoing research. Raichle and many of his fellow researchers hypothesize that the default network is responsible for processing the memories, observations and other random unsorted bits of material we’ve got floating around in our knowledge banks at any given time, potentially for the purposes of linking them or assessing their potential significance to our present and future circumstances and decisions.

It may be that the default network is burning though glucose, in part, to create the amino acids and neurotransmitters it requires to build and maintain new synaptic circuits.

The act of daydreaming, in particular, seems to send the default network into action, and researchers now suspect this much-maligned activity may be one of the prime tools the brain employs in sorting and making sense of the chaotic bits and bytes we take in daily. In other words, giving your conscious mind a break now and then — not keeping it constantly focused on important matters — may be among the best ways to invite insights, ideas and solutions.

The Eureka Factor

You’ve probably heard plenty of people acknowledge that they get their best ideas in the shower. And you’ve no doubt heard the rumored story of Archimedes, who shouted his now-legendary “Eureka!” when he stepped into the bath, saw his bathwater rise and suddenly understood that the volume of water displaced must be equal to the volume of the part of his body he’d submerged, abruptly intuiting the answer to what had previously been an intractable mathematical problem.

There’s a reason so much genius has occurred in bathrooms, according to cognitive neuroscientist Mark Jung-Beeman, PhD, and it’s the same reason we often get great ideas while puttering in the garden, getting a facial, taking a walk or just waking up from a nap: Because these are precisely the types of circumstances in which we’re not trying to come up with genius ideas, or really any ideas at all. The body is relatively relaxed; the brain is being allowed to do whatever it likes, its circuits freed up for whatever associations and information-shuttling activities it deems worthwhile. And it’s those random associations that seem key both to large-scale breakthroughs and handy “aha!” moments.

Jung-Beeman, a researcher at Northwestern University in Evanston, Ill., has made a career of mapping the brain circuits involved in moments of spontaneous insight. And he has found that while the brain lays much of the groundwork for insight by expending focused attention on a particular problem, certain parts of the brain must actually relax and be allowed to wander a bit for the necessary connections and associations (most of which are churned up by the more loosely organized right hemisphere) to be made.

In studies of subjects attempting to solve complex puzzles, psychologist Joy Bhattacharya, PhD, a researcher at Goldsmiths, University of London, has been able to use electroencephalography (EEG) to successfully predict moments of insight up to eight seconds before the insights occur. He’s found that one key predictive indicator of an upcoming “aha!” is the presence of alpha waves (a brain-wave pattern associated with relaxation) emanating from the right hemisphere of the brain. Such activity makes the mind more receptive to new and unusual ideas, Bhattacharya suggests.

This explains, perhaps, why big-idea guys like Albert Einstein and mathematician Henri Poincaré have credited their best insights to the unconscious work their minds did while they were taking a break from what they ostensibly did best.

The upshot? Beyond a certain point, sitting for hours at your desk and working harder and longer to solve that problem or come up with that big idea may actually work against you. And that “certain point” may be mere minutes from now.

Respect Your Ultradian Rhythms

Just as your body keeps pace with circadian rhythms (patterns related to 24-hour, night-and-day cycles), it also responds to ultradian rhythms — patterns that occur many times throughout the day. One of the most important of those rhythms regulates natural fluctuations of activity and rest, exertion and recovery.

According to psychobiology researcher Ernest Rossi, PhD, a leading expert on ultradian rhythms and how they affect human biology, people are programmed to want to take a 20-minute break after every 90 minutes of intense focus or activity. And it’s not just that we want a break, says Rossi, we actually need one if we hope to operate at peak effectiveness and efficiency.

This is true right down to the cellular level. During an active phase, a cell extracts energy from adenosine triphosphate, or ATP, changing it to adenosine diphosphate, or ADP. During rest, the cell uses oxygen and blood glucose to change the ADP back to ATP — the stuff our bodies use for energy.

During periods of focused mental or physical activity, explains Rossi, the body gradually runs through its available stores of a variety of the energetic and chemical compounds that allow us to think clearly. It then starts accumulating stress-related chemicals and byproducts that increasingly interfere with our physical coordination and thought processes. Typically, this buildup occurs over the course of 90 to 120 minutes, and may manifest as brain fog, distractibility, irritability or fatigue.

Take a 20-minute break when you begin to feel your energy or mood fading, suggests Rossi, and your body will automatically use the downtime to clear away metabolic wastes and replenish energetic stores, allowing you to quickly reclaim peak energy and effectiveness levels. You can return to your work refreshed and enjoy another 90- to 120-minute period of mental quickness and clarity.

Keep on taking breaks every hour and a half or so, and you’ll continue to enjoy these peak cycles of creativity, energy and insight. If, on the contrary, you avoid breaks and continue slogging along in your depleted state, you’re likely to become increasingly ineffective, frustrated and stressed out.

Ignore your ultradian rhythms long enough, and you’ll be well on your way to what Rossi calls Ultradian Stress Syndrome, which can lower your immunity and seriously diminish your ability to accomplish anything at all.

In his book The 20 Minute Break (Tarcher, 1991), Rossi describes the resting process as a “stress conversion” opportunity, noting that, far from being just a feel-good indulgence, it’s the most important thing you can do to make optimal use of the energy and attention you’re putting in throughout the day.

When we resist nature’s calls to take breaks, Rossi warns, we miss out on one of the best return-on-investment opportunities our bodies and minds have to offer. We also set ourselves up for greater disease and depression risks.

Professional effectiveness expert Jim Loehr, PhD, coauthor of The Power of Full Engagement (Free Press, 2004), agrees. “The shifts of energy we experience are tied to the ultradian rhythms that regulate physiological markers of alertness at 90- to 120-minute intervals,” he writes. “Unfortunately, many of us override these naturally occurring rhythms to the point that they no longer even penetrate conscious awareness. The demands of our everyday lives are so intense and so consuming that they distract our attention from the subtler internal signals telling us that we need recovery.”

Loehr, like Rossi, strongly advocates for naps, healthy snacks, exercise breaks, mind shifts, social time and rejuvenating amusements throughout the day, all of which can help us make the best of our bodies’ and brains’ natural patterns and fluctuations.

“The number of hours in a day is fixed,” he points out, “but the quantity and quality of energy available to us is not. This fundamental insight has the power to revolutionize the way you live.”

Time-Out Tips

Now that you know how important idleness, relaxation and moments of enjoyment are to your personal effectiveness, here are some proven ways to build more of all of the above into your life.

Cut Yourself Some Slack
Rather than always trying to pack more into your days, start projects early and generously enough that you can afford to schedule ample downtime between focused work sessions. If you are given to procrastination, try scheduling some mini “get-started” sessions that last only 30 minutes or so, rather than repeatedly telling yourself you’ll start later and then attempt to finish a big job in one marathon session. Studies suggest that after 90 minutes of focused effort, your ability to think clearly diminishes, and you become far more likely to become distracted or make mistakes.

Shift Gears, Don’t Grind Them
When you notice your attention drifting or your energy waning, instead of seeing it as a problem and fighting it, consider it an opportunity and invitation to capture some high-value restorative and brain-ordering synaptic activity. By putting your work down for 15 to 20 minutes — whether you choose to stare out the window, play ping pong, sort vacation photos or engage in some water-cooler joshing around — you’ll be giving your body and brain a chance to complete essential behind-the-scenes activities that prepare you to return to work with more capacity, creativity and gusto. Even switching work tasks (from writing a report to doing your filing or making some phone calls, for example), may provide enough mental relief to let you return to your more challenging task somewhat refreshed.

Seize the Moment
There’s some real wisdom in the age-old advice to “stop and smell the roses.” Pleasure triggers a “go” signal in the body, activating reward centers in our brains and releasing feel-good chemicals into our bloodstream that can make us more energized and effective. (For more on that, search for “A Real Pleasure.”) The trick is to notice pleasure, enjoyment and fun as it’s happening. Hear your favorite song on the radio? Turn it up and dance. Hear a group of coworkers laughing in the hallway? Go join them. Tuning in to and actively basking in enjoyment that just happens — even if it means taking a break from some more “productive” task — is the best way to experience it more profoundly, and more often. Savoring such small infusions of pleasure helps bolster creativity and productivity, suggests social psychologist Sonya Lyubomirsky, PhD. So make a point of actively seeking out and experiencing some moments of pleasure every day.

Reach Out
Performing random acts of kindness is a great way to shift your energy, experience a surge of pleasure — and harvest the biochemical benefits. Studies done at the University of Michigan provide evidence for a phenomenon known as the “helpers’ high,” in which your body releases a variety of feel-good endorphins into your bloodstream and brain, bringing on mild euphoria, relieving stress and pain, boosting immunity, and possibly even helping to lower blood pressure.

So hold doors open for people, allow merging traffic to merge, offer to help someone with a heavy box — even if it slows you down a little. Just taking the time to pay someone an authentic compliment or express appreciation can give you a day-boosting surge of enjoyment and energy.

Get High on Exercise
Building bouts of activity into your day is a great way to keep your energy high. Even moderate exercise has been linked to production of the neurotransmitters involved in an upbeat mood and emotional balance: dopamine, serotonin and norepinephrine. “As we exercise, brain cells are pushed to release more neurotransmitters — so they act like Prozac and Ritalin at just the right dose,” explains Harvard psychiatrist John Ratey, MD, author of Spark: The Revolutionary New Science of Exercise and the Brain (Little, Brown and Company, 2008).

The latest documented benefit of exercise is what Ratey calls the marijuana factor. “Physical exertion stimulates endocannabinoids, our body’s own internal marijuana,” he says. “One of the areas marijuana attaches to is the reward and pleasure centers — and our natural version is released whenever we stretch and strain.” With the ability to cross the blood-brain barrier, these natural pleasure molecules are released into the brain itself. New studies, says Ratey, also show that exercise stimulates brain-derived neurotropic factor, or BDNF, a synapse-building protein that he describes as being “like Miracle-Gro for the brain.”

So consider taking regular breaks during your workday to walk briskly outside, run a few flights of stairs, or do a set or two of pushups in your office. (For more tips on incorporating movement into your daily schedule, search for “Workday Workouts.”) Or schedule a massage, a facial or bodywork during your midafternoon slump. Your body will repay you with high-value energy that might otherwise have been frittered away.

Reprinted with permission from Experience Life Magazine.

Bacillus Subtilis and The Nutritional Benefits of Dirt

(NaturalNews – Dr. David Jockers) For most of the history of mankind, we lived in close contact with the Earth. The majority of our diet consisted of foods and water that had dirt clinging to it. This dirt was not an inert substance but was a dynamic mineral rich, probiotic infused source of electrochemical energy. The unique soil based probiotic bacillus subtilis was one of the key components that gave the dirt its powerful nutritional benefits.

Humans are the only species on the planet that does not intentionally consume dirt. Our ancestors always had dirt in their diet through picking produce out of the ground and drinking from lakes, rivers and streams. Many original doctors and medicine men would use dirt in their various healing concoctions. Today, we intentionally look to sterilize our food and avoid the consumption of dirt.

Bacillus subtilis and our immune system:

Bacillus subtilis is an ubiquitous bacterium that is commonly found in water, soil, air and decomposing plant residue. This bacterium is called a human soil organism (HSO) and has an extraordinary ability to survive harsh environments. It produces an endospore that allows it to endure extreme conditions of heat, dryness, humidity and acidity in the environment.

B subtilis is fully resistant to bile salts and can handle the harsh stomach acid environment which allows it to get into the digestive system and colonize. It has beneficial effects in the digestive system (1, 2, 3). Research has revealed that supplemental B subtilis improves symptoms of irritable bowel syndrome (4).

B subtilis is able to suppress the growth of harmful pathogens, strengthens the mucosal biofilm and enhance the growth of other good probiotic strains such as lactobacillus species in the gut microflora (5, 6).

Soil based organisms and our innate immunity:

As our ancestors were exposed to trillions of organisms every day through their dirt consumption they were strengthening their microbiome and immune system. They were exposed to many different pathogenic organisms to which their immune system learned how to adapt and destroy.

If the pathogenic load was too strong the individual would get sick and sometimes they would die. This was obviously tragic and was a leading cause of death. However, those who didn’t die often had robust immune systems that were well-adapted to the harsh pathogens around them.

Modern technology and improving immunity:

With modern technology we are not exposed to these natural microbes. The use of our technology can reduce the pathogenic load we are exposed too in order to prevent sickness and infectious fatalities, meanwhile, providing the proper stimulation to our immune system.

One such way to gain these benefits is the inclusion of human soil organisms in our natural diet. This would include growing much of our own food in gardens and consuming it right out of the ground with little cleaning. We could also drink water from clean rivers, lakes, springs and streams.

Finally, one can use naturally fermented foods and supplement with probiotics containing HSO’s such as bacillus subtilis. Most probiotics on the market only contain the lactobacillus and bifido bacterium species. These are fantastic for the health of the small and large intestine but some individuals struggle with a sensitivity to these microorganisms.

It is wise to find a probiotic supplement with HSO’s such as bacillus subtilis which is hyposensitive and easy to tolerate for most individuals.

Sources for this article include:
1) http://www.ncbi.nlm.nih.gov
2) http://www.ncbi.nlm.nih.gov
3) http://www.ncbi.nlm.nih.gov
4) http://www.ncbi.nlm.nih.gov
5) http://www.ncbi.nlm.nih.gov
6) http://www.ncbi.nlm.nih.gov
7) http://organicfitness.com
8) http://www.ncbi.nlm.nih.gov

Grounding Is a Key Mechanism by Which Your Body Maintains Health

Have you ever noticed how good it feels to walk barefoot on a sandy beach, or in a forest? There is a reason for that—it’s called the grounding effect. The reason for this sense of well-being is due to the fact that you’re receiving a surge of potent healing electrons from the ground.

The earth has a slightly negative charge, so when you stand barefoot on that sand, electrons from the earth flow into your body, giving you a virtual “transfusion” of healing power.

The featured documentary, The Grounded 2, is a sequel to the film The Grounded, released in 2013. The sequel features Step Sinatra, the son of cardiologist Stephen Sinatra MD, astronaut Dr. Edgar Mitchell, and yours truly, among many others.

Step was a Wall Street trader until his health suddenly began to decline, bringing him to the brink of death. He credits his ultimate recovery to learning about grounding, along with a switch to an all-organic diet.

In 2010, his father, Dr. Stephen Sinatra released a book on the healing power of grounding called Earthing: The Most Important Health Discovery Ever?, co-authored with Clint Ober, one of the pioneers in this field.

The Ultimate Antioxidant and Anti-Inflammatory

Grounding or Earthing is defined as placing one’s bare feet on the ground whether it be dirt, grass, sand, or concrete (especially when humid or wet). When you ground to the electron-enriched earth, an improved balance of the sympathetic and parasympathetic nervous system occurs.

The earth is a natural source of electrons and subtle electrical fields, which are essential for proper functioning of immune systems, circulation, synchronization of biorhythms and other physiological processes and may actually be the most effective, essential, least expensive, and easiest to attain antioxidant.

Modern science has thoroughly documented the connection between inflammation and all of the chronic diseases, including the diseases of aging and the aging process itself. It is important to understand that inflammation is a condition that can be reduced or prevented by grounding your body to the Earth, the way virtually all of your ancestors have done for hundreds if not thousands of generations.

How the Modern Running Shoe May Be Destroying Your Health

Materials such as metals are electrical conductors. They contain free or mobile electrons that can carry electrical energy from place to place.

Your body is somewhat conductive because it contains a large number of charged ions (called electrolytes) dissolved in water. Your blood and other body fluids are therefore good conductors. Free or mobile electrons can also move about within your body

Other materials, called insulators, have very few free or mobile electrons. Plastic and rubber are good insulators and are used to cover electrical wires to keep the conductors from touching each other and from touching your skin, which could otherwise give you a shock.

Traditionally, shoes were made of leather, which actually conducts electrons and therefore maintains a conductive contact between the earth and your feet. However, modern day rubber and plastics are electrical insulators and therefore block the beneficial flow of electrons from the Earth to your body.

Grounding Is a Foundational Aspect for Optimal Health

Free radical stress from exposure to mercury pollution, cigarettes, insecticides, pesticides, trans fats, radiation, and many others, continually deplete your body of electrons.

This is one of the primary reasons why antioxidants are used, which actually donate electrons back into your body, to help ward off free radical damage to your tissues.

You can also get these electrons by going outside, barefoot. Touching the earth helps neutralize the damaging positive charges of free radicals in your body.

According to Clint Ober, this lack of grounding appears to be an underlying thread in most chronic disease—a phenomenon he calls “electron deficiency syndrome.”

For a visual demonstration of this, review my previous article, which features an experiment conducted by Gary Schwartz, PhD, at the University of Arizona. Using sunflowers, he demonstrates the powerful biological effects of grounding.

The Health Effects of Grounding

When your body is exposed to a lot of free radical stress, your blood tends to thicken, and positive charges accumulate in your body. This causes chronic inflammation, which is a hallmark of most chronic and degenerative diseases.

Grounding effectively helps alleviate inflammation in your body. It also helps thin your blood, by providing your red blood cells with a surplus of electrons so they can effectively repel each other and avoid being sticky, which can lead to blood clots that can cause a heart attack or stroke. Research has demonstrated it takes about 80 minutes for the free electrons from the earth to reach your bloodstream and transform your blood cells.

For example, early (and even some current) birth control pills were notorious for causing heart attacks in women. One of the mechanisms responsible for this increased risk is that synthetic estrogens and progesterones increase blood viscosity. Other biochemical alterations caused by grounding include changes in:

  • Phosphorus
  • Calcium metabolism
  • Fibroid metabolism
  • White blood cells

Grounding also helps calm your sympathetic nervous system, which supports your heart rate variability, which plays an important role in balancing, in your autonomic nervous system. Pain relief, improved sleep, and a generally enhanced sense of well-being are but a few of the health benefits reported by people who try grounding.

Last but not least, when you are grounded to the earth, the negatively charged electrons you receive increase the structure of the water in your cells—just as water increases in structure when a negative charge is introduced by an electrode.

As explained by Gerald Pollack, PhD, author of The Fourth Phase of Water: Beyond Solid, Liquid, and Vapor, living water is negatively charged water. This water can hold energy, much like a battery, and can deliver energy too. In essence, when you ground, you are charging every single cell in your body with energy your body can use for self-healing.

How to Ground, Both Indoors and Outdoors

Walking barefoot is one of the easiest and best ways to get and stay grounded, but you’ll need to do so on the proper surface. Many walking surfaces in today’s modern world will NOT allow for electron transfer between the earth and your body. This includes asphalt, wood, rubber, plastic, vinyl, tar, and tarmac. Surfaces that will allow your body to ground include:

  • Sand (beach)
  • Grass (preferably moist)
  • Bare soil
  • Concrete and brick (as long as it’s not painted or sealed)
  • Ceramic tile

Even indoors, and while flying, there are ways to help you stay grounded. As noted in the film, touching the faucet with one hand while shaving with the other helps you ground. And when flying, you can take off your shoes and place your feet (bare or with socks) on the steel struts of the chair in front of you, as this too will help you stay grounded. There are also grounding pads you can use to sleep or sit on, which can be particularly beneficial if you live in a high-rise building.

Grounding May Be Essential for Life and Health

It’s important to understand that grounding is not a “treatment” or a “cure” for any disease or disorder. Rather, it is one of the key mechanisms by which your body maintains equilibrium and health. The human body evolved in constant contact with the earth, and your body needs this continuous interchange of energy in order to function properly.

Exercising barefoot outdoors is one of the most wonderful, inexpensive and powerful ways of incorporating grounding into your daily life. You can also simply take off your shoes as much as you can when you’re outdoors to take advantage of these natural grounding opportunities.