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Rebuilding Your Body's Communication System

Rebuilding Your Body’s Communication System

What are Glyconutrients? Glyco – referring to a sugar molecule, and nutrient – self-explanatory.

Also known as polymannans, these are complex sugars consisting of two mannose molecules and one-glucose molecule.

These polymannans are composed of many lengths, weights, and sizes. Lengths vary from short, medium, long to very long. Within these parameters, each size molecule performs its own unique function in the body.

The varying sizes determine healing properties:

Short Chain Length – Reduces inflammation, which is involved in such diseases as ulcerative colitis, arthritis, and gastric reflux. Also helps with the reduction of blood sugar with both type I and II diabetes.

Medium Chain Length – Vitamins and minerals can only function outside the cells, but polysaccharides are very effective intracellular antioxidants and free radical scavengers – very important in preventing and treating arteriosclerosis, heart disease and Parkinson’s disease. With the ever increasing pollution on the planet and loss of nutrients in the soil, the increase in free radicals and loss of cellular oxygen will only become worse with time. This makes polysaccharides even more important than ever.

Large Chain Length – Has a direct anti-bacterial and anti-viral effect. Important with all the new infectious diseases cropping up and the older ones becoming more virulent from long term use of antibiotics.

Very Large Chain Length (Acemannan Fraction*) – The very large molecules are immune modulating, which have a powerful healing effect on AIDS, cancer and many different immune system disorders. It is also this large molecule the causes the body to produce a natural chemical, tumor necrosis factor, which functions to shut off blood supply to tumors.

Think of mannans as the pearls in a necklace, ranging from lightweight short necklaces with small pearls to very long, heavy weight strands with large pearls. The heavier, longer in length, and larger the pearls are, the more valuable the necklace becomes. As with mannans, the heavier and longer the chain of polymannose (glyconutrients), the more vital and valuable the function it performs within the body.

What Do Long Chain Glyconutrients Do in the Body?

Science now supports the concept that the very long chain mannans have specific immune functions in the body. The immune system is the master system of the body; every other system relies on a properly functioning immune system in order to optimally function.

To illustrate how polymannans and the immune system function together to support the rest of the body’s physiology, think of the body’s communication system like talking on a cell phone. If you are far from a cell tower, or the tower is down, you will send and receive garbled messages.

These polymannan glyconutrients repair and rebuild the “cell towers” on the surface of your cell walls, allowing good communication between your body’s systems. This means your immune system can perform much better, because it gets more accurate information!

BiAloe® is the highest quality, most bio-available, most immunomodulatory freeze dried Aloe vera made. A technological breakthrough in Aloe vera processing, BiAloe® has a bio-active profile nearly identical to that of natural Aloe vera inner leaf gel. There is absolutely no other Aloe vera product on the market that can match the polysaccharide and Acemannan content. Additionally, BiAloe® is water soluble, with no bitter taste, and is virtually Aloin free with no laxative effects.

Farming, harvesting, processing, and packaging affect polymannan content and the bio-availability of the Acemannan. BiAloe® is more efficacious than 3 to 10 times the amount of other commercially available Aloe vera.

Waiting to Exhale

How your breathing relates to your emotions, personality, and health

Take 10 or 15 minutes and notice your breathing as you go about your normal life. You'll probably discover that there are times when you are involuntarily holding your breath. Try to figure out why you might be doing this. Usually, breath holding occurs under stress or threat. It can also occur when we are anticipating something or wanting something to happen: this is the origin of the phrase, "Don't hold your breath!" when expected things may not come true.

Holding your breath doesn't mean a complete cessation of breathing, although that sometimes occurs during nail-biting moments in real life and in the virtual world of fiction and film. More typically, holding your breath means that your breathing is restricted because of increased tension in the muscles responsible for breathing. These include the thoracic diaphragm and some of the abdominal, chest, neck and shoulder muscles. The primary muscles of inspiration are the dorsal (back) intercostal muscles (which increase or decrease the spaces between the ribs) and the active downward expansion of the diaphragm. The diaphragm is always the first muscle to contract, followed by the intercostals, and later by accessory muscles in other parts of the neck, chest, and abdomen.
 
During relaxed breathing, the muscles are working primarily during inspiration, expanding the chest cavity to allow the lungs to take in air. Relaxed expiration, on the other hand, is primarily passive, the relaxation of the principal inspiratory muscles. Relaxed breathing also has a detectable expiratory pause, a cessation of movement in the breathing muscles at the end of an expiration. A longer expiratory pause indicates greater relaxation while a short or non-existent expiratory pause indicates a sense of threat.



Effortful breathing, on the other hand, occurs in states of threat when there is contraction of breathing muscles through both the inspiration and expiration (indicative of sympathetic arousal), and generally higher levels of muscle tension in the body. This feeling of having to force the air out of the body is a kind of holding , or holding on to, the breath. If you do actually hold your breath, it is most likely at the end of an inspiration, meaning that the muscular control of expiration has become extreme.

Chronic breath holding and effortful breathing are not healthy because the muscular effort, coupled with the effects of stress on the nervous, hormonal, and immune systems, can impair both physical and psychological function.

How can you help yourself overcome breath holding habits? One way is to take classes that have a component of breath awareness and control training, like yoga, tai chi, or meditation. These have the effect of activating the parasympathetic nervous system, replacing effortful with relaxed breathing, reducing pain, anxiety and depression, and enhancing re-engagement in everyday and occupational activities. Breathing meditation has been shown to have a positive impact on a variety of conditions including anxiety, depression, PTSD, mood disorders, addictions, and stress tolerance. Breath control has also been shown to reduce pain in childbirth and require less medical intervention.

But you don't need to specifically train your breathing to change your breathing patterns. Activating your body sense related to any internal sensation or emotion will lead to more relaxed breathing. Different emotions are associated with effortful vs. relaxed breathing, as well as with different variations of depth, duration, and rate of breathing.

Anger and fear are associated with effortful breathing patterns accompanied by tension in the abdomen and chest. Chronic and unresolved anger, aggression and hostility in childhood and adulthood is associated with breathing disorders such as asthma and shortness of breath, as well as cardiovascular disease.

Getting in touch with the body sense of pain and emotion in therapeutic and close interpersonal relationships can lead to more relaxed breathing, usually accompanied by sighing and feelings of relief and lightness. I actually think that breath control and breath meditation does not directly affect the breath, but works indirectly through the body sense neural networks (interoception and proprioception) that - when we slow down and pay attention to ourselves in the present moment -- stimulate whole body relaxation via reduction of stress hormones and activation of the parasympathetic nervous system. Paying attention to the breath is really no different from paying attention to anything in our bodies.

So, if you are waiting to exhale, making an effort to re-start your breathing when you become aware of it may not be helpful to you in the long run. In fact, the more you try to control your breathing, the more effortful it will become. It would be better to simply feel more deeply into your body state when you notice your breath getting tense: to activate your body sense. somatic psychotherapists and body workers, can help you to notice your body state when the practitioner senses, through touch, that your breathing has become more effortful or tense. Is there anxiety or fear? Longing or desire? A feeling like you are stuck and can't move?

Your breathing will ease and relaxation will spread into your body if, and only if, you can actually feel the sensations and emotions in your body at that very moment. You might have a cognitively based insight that your breath becomes constricted because, as a child, your wishes were rarely granted and you are still waiting - holding your breath - for something good to happen. Nice. But unless your breath and body spontaneously relax, then your insight - while pointing to something that may have been the case for you - is not really related to your breath holding. You'll have to go deeper, try again, or find a therapist who can guide you.

The real body sense, the body sense experience that is true for you in the present moment of experience, is always heralded by a relaxation response. And this is why real body sense explorations are so conducive to health and well-being. Relaxation improves breathing and thus blood flow, promotes the cleansing of toxic stress hormones, and enhances immune function. A good cry, a deep meditation, a real encounter with one's fullest sensations of fear or joy, moving and exercising with awareness: these are all equivalent forms of activating your body sense for improved health.




The Island where people forget to die

I love this story. Just day dreaming about it puts my body in a state of deep relaxation.


This article is adapted from new material being published in the second edition of “Blue Zones,” by This email address is being protected from spambots. You need JavaScript enabled to view it.
Blue Zones Website

In 1943, a Greek war veteran named Stamatis Moraitis came to the United States for treatment of a combat-mangled arm. He’d survived a gunshot wound, escaped to Turkey and eventually talked his way onto the Queen Elizabeth, then serving as a troopship, to cross the Atlantic. Moraitis settled in Port Jefferson, N.Y., an enclave of countrymen from his native island, Ikaria. He quickly landed a job doing manual labor. Later, he moved to Boynton Beach, Fla. Along the way, Moraitis married a Greek-American woman, had three children and bought a three-bedroom house and a 1951 Chevrolet.

One day in 1976, Moraitis felt short of breath. Climbing stairs was a chore; he had to quit working midday. After X-rays, his doctor concluded that Moraitis had lung cancer. As he recalls, nine other doctors confirmed the diagnosis. They gave him nine months to live. He was in his mid-60s. Moraitis considered staying in America and seeking aggressive cancer treatment at a local hospital. That way, he could also be close to his adult children. But he decided instead to return to Ikaria, where he could be buried with his ancestors in a cemetery shaded by oak trees that overlooked the Aegean Sea. He figured a funeral in the United States would cost thousands, a traditional Ikarian one only $200, leaving more of his retirement savings for his wife, Elpiniki. Moraitis and Elpiniki moved in with his elderly parents, into a tiny, whitewashed house on two acres of stepped vineyards near Evdilos, on the north side of Ikaria. At first, he spent his days in bed, as his mother and wife tended to him. He reconnected with his faith. On Sunday mornings, he hobbled up the hill to a tiny Greek Orthodox chapel where his grandfather once served as a priest. When his childhood friends discovered that he had moved back, they started showing up every afternoon. They’d talk for hours, an activity that invariably involved a bottle or two of locally produced wine. I might as well die happy, he thought.

In the ensuing months, something strange happened. He says he started to feel stronger. One day, feeling ambitious, he planted some vegetables in the garden. He didn’t expect to live to harvest them, but he enjoyed being in the sunshine, breathing the ocean air. Elpiniki could enjoy the fresh vegetables after he was gone.

Six months came and went. Moraitis didn’t die. Instead, he reaped his garden and, feeling emboldened, cleaned up the family vineyard as well. Easing himself into the island routine, he woke up when he felt like it, worked in the vineyards until midafternoon, made himself lunch and then took a long nap. In the evenings, he often walked to the local tavern, where he played dominoes past midnight. The years passed. His health continued to improve. He added a couple of rooms to his parents’ home so his children could visit. He built up the vineyard until it produced 400 gallons of wine a year. Today, three and a half decades later, he’s 97 years old — according to an official document he disputes; he says he’s 102 — and cancer-free. He never went through chemotherapy, took drugs or sought therapy of any sort. All he did was move home to Ikaria.



I called Moraitis a few weeks ago from my home in Minneapolis. Elpiniki died in the spring at age 85, and now he lives alone. He picked up the phone in the same whitewashed house that he’d moved into 35 years ago. It was late afternoon in Ikaria. He had worked in his vineyard that morning and just awakened from a nap. We chatted for a few minutes, but then he warned me that some of his neighbors were coming over for a drink in a few minutes and he’d have to go. I had one last question for him. How does he think he recovered from lung cancer? “It just went away,” he said. “I actually went back to America about 25 years after moving here to see if the doctors could explain it to me.”

I had heard this part of the story before. It had become a piece of the folklore of Ikaria, proof of its exceptional way of life. Still, I asked him, “What happened?”

“My doctors were all dead.”

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