Sunday, September 11, 2016

Glyconutrition: All Eyes On Newton




Glyconutrition and the silence in Parliament:

Sir Isaac Newton is not generally associated with medicine and biology, much less glyconutrition. Newton lived 1642-- 1727, a period now referred to as the Age of Newton. However, you don't get an entire age named after you unless you have done something spectacular...like inventing the calculus...or discovering the law of gravity and the laws of optics.

His impact was so enormous, even in his own lifetime, people of all stations in life wanted to get just a glimpse of him...or hear anything he had to say. Problem was, he was very sensitive and shy, so words didn't come easily, ergo, he didn't say much.

Except in the lecture hall of the University, where very occasionally he did lecture. (Granted, not on glyconutrition but we haven't gotten there yet).

There...he did open his mouth. Imagine, sitting through a lecture of the world's greatest scientist, who didn't know when to stop lecturing on subjects his students couldn't understand. That may be the real origin of the expression, "In every fat book there is a thin book trying to get out."

In any event, because of his enormous popularity as the greatest mathematician and scientist in history, he was elected to the Parliament of England. I guess people just figured if they could get him involved in politics, he might say something which they could go home and quote.

So, he sat in Parliament year after year and never uttered a peep. Not a single syllable. At least, not until one day, in the middle of an intensely debated issue in Parliament, Sir Isaac suddenly stood up. Immediately, Parliament was silent as all eyes were upon Sir Newton. Mustering such abilities as he was capable of producing for the drama of the moment, Sir Isaac turned sheepishly and asked that the window be closed because of the draft.

Not a particularly moving event. But, it became buzz nonetheless.


Glyconutrition: Accessing the nutrients is a key to health.

So what does all of this have to do with glyconutrition?



Actually, we don't remember Isaac having anything to do with glyconutrition. There's a good reason for that. Medical science still hadn't discovered bacteria under the microscope, let alone the 8 sugars which comprise the key molecules in glyconutrition, observable only under the electron microscope.

But, Sir Isaac and the people of "merry ole England" were unconsciously accessing glyconutrition far more readily than we do today...through their diet:

- Glyconutrition supplied the essential ingredients of protection for newborns who were breast fed. The sugars involved with glyconutrion are present in surprising quantities for the baby.

- Garlic, certain saps and quite a few of the herbs rich in glyconutrition, were part of the diet in merry 'ole England of that day.

- England didn't then resort to "green harvests", processed foods, chemical preservatives which destroy glyconutrition. Indeed, our society depletes the soil, processes food for taste and convenience and introduces toxins that overwhelm our immune system. What little glyconutrition we do get, is simply not enough to do the job.

- Instead, glyconutrition was not processed out of the corn, oats, barley, wheat, leeks, carrots, radishes, pears, and red wine of that society. Granted they had other problems (like the Black Death), but not for lack of glyconutrition.

- Fruits are loaded with pectin's (such as apple pectin's) and are instrumental in providing glyconutrition.

It is, for that reason, "merry ole England" did not see the huge epidemics in so many categories of diseases as we do today:

- Overactive Immune deficiencies include food allergies, pollen and grass allergies, asthma, eczema which result from severe lack of glyconutrition, producing a misguided inflammation. In short, because glyconutrition is lacking, our immune system over reacts to certain foreign substances in our body, which normally it should be able to easily handle. Without glyconutrition in proper supply, asthma and allergies produce exaggerated inflammatory responses.

- Under active immune systems - from lack of glyconutrition - can produce colds and flu, cancers of all types, bronchitis, ear infections, shingles, strep, TB, urinary yeast infection, hepatitis B and C, sinusitis, and Candida. Again, lack of glyconutrition leads to the incapacity of the immune system to regulate itself properly. The 1985 issue of Cancer Research, scientists noted the fact that cancer cells in the stomach and colon were associated with a lack of specific sugars (glyconutrition) or deformed sugar molecules.

- Auto-immune disease such as Lupus, Rheumatoid arthritis, MS, Psoriasis, and Type I & Type II Diabetes occur when the immune system goes into overdrive attacking healthy cell tissue. Such activity is linked to low levels of specific elements found in glyconutrition.

- Inflammatory disorders such as Fibromyalgia, ulcers, heart disease, colitis, are linked to improper levels of glyconutrition in the diet. For example, in the January-March 1998 issue of Integrative Physiological and Behavioral Science, tested subjects took supplements of Aloe Vera extract (containing glyconutrition compounds -especially, acetylated mannans) and reported significant improvement in the symptoms accompanying Fibromyalgia and chronic fatigue syndrome. (Miracle Sugars, Rita Elkins, M.H. woodland Publishing, p. 33).

Glyconutrition: Ho-hum?

Most people of his era were amazed at what Isaac Newton produced. They were so spellbound by anything he did, a whole Parliament stopped mid-sentence to hear what he would say next.

Today, on the other hand, I am amazed at the fact that glyconutrition holds the answer to so many maladies - perhaps thousands- ...and, so few are even aware of the subject. Most doctors don't know about glyconutrion despite the fact that glyconutrition is listed in the PDR (Physicians Desk Reference), the "bible" of the medical world, used by 99% of all doctors.

One thing about good old Sir Isaac. When he made a discovery, he knew what he had and he used it, bettering the world in which he lived. An entire generation could see the progress and named an era for him.

Will we do the same with glyconutrition... What may be the greatest medical discovery in the medical history of the last century?



Friday, March 4, 2016

Sports Injury: An Athlete's Worst Nightmare


Sports injury...it is every athletes' worst nightmare. For professional sportsmen and women, a major injury could be the end of their career. Breaking an ankle, dislocating a shoulder or hip, or having unbearable pain in the knees could cause an athlete to lose the opportunity to gain honor, fame, and fortune in the field of sports. For individuals who engage in contact sports competition, it could be the end of an athletic dream or a means to stay fit. For many, sports is already a way of life and defines who they are. But getting sidetracked by an injury could make them lose their sense of identity and chance of a lifetime to gain glory and financial independence.

Since sports injuries are inevitable, it is very important to understand how to prevent such injuries from happening or how to administer proper treatment when they do happen.

Acute sports injuries are caused by a single traumatic event and may result from sudden movements like pulling a muscle, spraining an ankle, fracturing a wrist, and many more. A sudden forceful movement may cause damage to the muscles, tendons, ligaments, bones, or joints. Sprains and strains are the most common among acute sports injuries. A sprain is an injury to a joint and the ligaments. A sprain, on the other hand, is an injury to the muscle tendon unit. Athletic ability hampered by acute sports injuries may be regained after six to eight weeks, but it may take many months or even a surgery to regain full function of the injured body part.

Signs of an acute injury include:

Sudden, severe pain;
Swelling;
Inability to place weight on a lower limb;
Extreme tenderness in an upper limb;
Inability to move a joint through a full range of motion;
Extreme limb weakness; and
Visible dislocation or breaking of a bone.


Overuse or chronic injuries are more subtle and may develop overtime. Training errors like rapid acceleration of intensity, duration or frequency of physical activity is the most common cause of this kind of injury. Overuse injuries may result from repetitive micro-trauma to the tendons, bones, and joints. They may also be developed from abnormal sports or physical activities like going to sports camps, working on new techniques, or being pushed over or beyond one's physical limits. Returning to normal training after a long rest may derail the training phase of the body and cause it to be prone to this kind of injury.

Signs of a chronic injury include:

Pain when performing activities
A dull ache when at rest
Swelling
Every once in a while these sports injuries may be developed. However, with proper treatment they can be back to normal in no time. It is important to consult doctors about possible treatments for various sports injuries. Common treatments for these conditions may include medication and physical therapy. Athletes who sustain sports injuries may use scientifically proven medications for pain relief like Tramadol. Tramadol is a synthetic pain reliever that has gained the approval of many doctors across the United States. It works by binding the receptors of the brain which are responsible for transmitting painful sensations throughout the body.

Several medical studies show that this medication has a low abuse rate compared to other pain relievers. In addition, Tramadol side effects are milder compared to other pain relieving drugs out in the market. These side effects may include nausea, constipation, dizziness, headache, drowsiness, and vomiting. Those who want to use pain relievers should consult their doctors before taking more potent forms of the medicine. Although Tramadol side effects are mild and bearable, it should not be used by individuals with certain health conditions and medical history. This drug may also interact with other drugs that may lead to the development of more unwanted side effects.

Rather than seeking medical attention to treat sports injuries, this condition can be prevented by properly engaging in sports training and competition. A well-planned training program which includes flexibility training and warm-up exercises may lessen the development of injuries. If these things fail, ask your doctor about Tramadol.