Only an athlete understands why spending a lifetime to shave off a second, claw an extra inch, or lift another pound seems like a fair trade off. Pain, imbalance, and performance issues arise for various reasons.  At Fundamental Health Solutions, we use a non-drug based, health building approach which has helped athletes ranging from Hall of Fame Professional Caliber to Junior Varsity.   We sell the same nutritionally based products that have been adopted by pro athletes, to gain a competitive edge.  By optimizing your cellular health, we can help eliminate many of the physical issues that prevent you from taking your performance to the next level.

• Nutritional Depletion
• Reducing and eliminating Fibrin- scar tissue
• Strengthening the overall health of your blood
• Increasing Blood Oxygen Levels
• Decrease Recovery Time
• Managing Inflammation Associated with Training
• Reducing Injuries and Oxidative Stress

Nutritional Depletion
Nutritional depletion can contribute to a number of physical issues.  For the athlete, this can include impaired peak performance, range of motion, pain, stiffness, joint and fascia restrictions.Athletes utilize nutrients more rapidly than non-athletes.  Neglected nutrient depletion can contribute to lack of stamina and endurance, improper coordination, inability to provide “bursts” of strength, stiffness, a decreased range of motion, poor flexibility, and a feeling of “heaviness” in the limbs.

How fibrin can slow your athletic performance
Athletes and others who engage in physical activity, including competition and training, experience more frequent, and severe traumas.  Your body begins the repair process with a protein called fibrin. Fibrin surrounds damaged tissue in order to provide stability.  Strains, sprains, tears, cuts, running, leaping, colliding, throwing, punching, pedaling, and kicking can lead to increased fibrin deposits throughout the body.  Our body creates fibrin-removing enzymes (fibrinolytic) whose function is to clear scar tissue and facilitate healing. Insufficient amounts of fibrinolytic enzymes in the body can delay healing and repair needed to accelerate recovery times. This can result in physical performance limitations.

Fibrin is required to stabilize an injured area, however, one of the unfortunate side effects is called “Delayed Onset Muscle Soreness (D.O.M.S.).” This pain is felt most intensely from 24-72 hours post exertion, and is largely the result of uncleared fibrin.  When uncleared fibrin chokes the much needed blood supply delivering nutrients to our muscles and tissues, our recovery is prolonged.  Because fibrin creates a “mesh net” around muscles, tendons and ligaments, we begin to experience range of motion limitations as fibrin layers grow. This leads to distortions in the fascia- the connective tissue network that surrounds everything in the body. This distortion creates resistance, which has a limiting affect on how well you sprint, throw, hurdle, leap, press, push or pedal.

Increasing blood oxygen at the cellular level
Therapies that only rely upon exposing the blood to oxygen, such as breathing oxygen from concentrators or hyperbaric chambers, or artificially increasing the number of red blood cells such as with blood doping, fail to recognize the most critical part of blood oxygen saturation: the red blood cell’s ability or inability to carry greater amounts of oxygen. Exposing the blood to oxygen does not guarantee it can deliver it to our tissues.

To increase your blood’s ability to carry oxygen, debris in the blood needs to be cleaned up, and your red blood cells must be an ideal size and shape. The cleaner the blood, and the more ideal shape your red blood cells are, the more effectively they can transport oxygen to essential body parts such as muscles and the brain. Achieving peak performance requires foundational changes that need to occur at the red blood cell level.  Debris includes high serum protein levels, and oxidized solids such as plaque, uric acid and fibrin, all which decrease the blood’s ability to carry oxygen.

Reducing Oxidative Stress and Inflammation
Any amount of physical exertion increases something called “oxidative stress” which includes harmful byproducts called “free radicals”.  Free radicals damage our cells making it difficult for our cells to heal, and carry oxygen and nutrients.  Exertion also yields an increase in pro-inflammatory proteins.  In controlled amounts, inflammation is critical and essential to help us heal.  However, in larger amounts inflammation can have an adverse affect on our health and make it difficult to deliver peak performance.

Blood tests to identify these conditions can be done in our office via live blood cell analysis, and out of office via our comprehensive functional blood chemistry analysis and specialized functional lab tests.  Jump start your athletic competitive edge in sports by calling our office, or clicking the link above, for more information on how we can help you reach that next competitive level.

Human blood pH needs to remain around 7.4, which makes it slightly alkaline. This helps it carry proper amounts of oxygen. When our pH goes below 6.8 or above 7.8, it can have serious if not lethal consequences, therefore is crucial that we maintain optimal pH throughout our body to run critical health giving processes. pH is one part of the overall health picture.

The reason why blood pH levels generally remain stable is due to our body’s buffering system that generally insures quantities of compatible acid and base are already present. This provides a stabilizing effect so that the addition of acidic or basic material from outside does not overwhelm the preexisting balance.

Why is pH Important?
The stomach pH is one of the most acidic, so that we can digest food and to kill many types of germs. Germs and microorganisms can take advantage of unbalanced pH levels, causing infections.  If your stomach is not acidic enough, you can have problems digesting your food, including making your minerals usable for your cells. High amounts of acid in the stomach are evident in Reflux.

pH determines the activity level of all our cells. Our metabolic enzymes contained within our cells run every single process in the body and are extremely sensitive to pH. Improper pH can prevent reactions from occurring therefore make it difficult for our cells to carry out their tasks. This can include growing healthy nerves or repairing our joints and skin.

According to Medline Plus, kidney conditions, diabetes, dehydration and lung problems can all cause forms of acidosis, a condition in which the blood pH drops below normal. This can result in shortness of breath, confusion and fatigue, and in serious cases can lead to potentially fatal shock.

The pH levels — or balance between acid and base chemicals — of the lungs must remain constant to ensure proper detoxification when we breathe.  Inhaling toxic chemicals, pollutants, and fumes can damage the delicate avleoli of the lungs—where oxygen exchange occurs– and may contribute to unhealthy carbon-dioxide levels in the blood. This is important because high carbon dioxide levels in the blood can lead to many health problems including serious organ damage.

Other chronic conditions which include metabolic acidosis, such as diabetic acidosis, in which the kidneys cannot remove the excess acid and contributes to the build-up of ketone bodies. Hyperchloremic acidosis, which results from excessive losses of sodium bicarbonate; and lactic acidosis, which results from a build-up of lactic acid caused by alcohol, cancer, excessive exercise, low blood sugar levels and seizures.

Alkalosis
If your body’s pH gets too high, a person can experience mental confusion, light headedness and muscle twitching. Many times alkalosis can result as an overcorrection by the body to a long term overly acidic state. Having your pH levels is a fairly easy test that can be done in our offices through blood work.

Correcting pH levels
pH levels can be corrected by diet and nutritional supplementation, after we have determined the cause that created the imbalance.

Fibrin’s role to protect the body
Fibrin is the main protein found in any type of scar tissue, and is elevated anytime we have injury or trauma in the body as a result of a stressor. It is normal to see high amounts of fibrin in the blood when we injure ourselves: cuts, bruises, a broken bone, athletic injury of any sort, or experience anything that can create swelling and inflammation. No matter how tiny an injury, our body instantly elevates levels of cortisol, known as the “stress hormone,” which then initiates an enzymatic cascade of reactions which transform the inactive form of this protein, called fibrinogen, into the active form fibrin.

Once this protein is in the active form, called fibrin, it creates a mesh-like barrier used to hold tissues together, and can be seen under a microscope. This is a healthy and normal response by the body to protect itself. When we cut or bruise ourselves, or traumatize any area of our body, we need this net-like structure to bind damaged tissues together which have become torn apart and porous, as they can no longer do the job (for example, a blood vessel with a hole in it). The inactive form of this protein, fibrinogen, stands ready for action, waiting its signal from the body via cortisol needed to transform and provide assistance.

Unintended consequences of a good thing
Anytime we have an injury, fibrin is one of the first proteins to appear on the scene used to start the clotting and repair process. In addition to binding damaged tissues together, it also slows blood circulation by “choking” the flow of blood, thereby trapping nutrients and other components needed for repair. Unfortunately, this can have unintended consequences by also trapping harmful toxins and restricting the flow of much needed oxygen to tissues, especially when a person’s body becomes overwhelmed with excess fibrin and we do not have the enzymes to remove it. Fibromyalgics lose their ability to clear the excess amounts of fibrin being produced by their body which is typically done by protein dissolving enzymes made in the body.

What is the pain of “ischemia”
When we were kids, many of us tried wrapping a rubber band around the end of our finger, and then noticing it would first turn red, then purple, and then then it started to hurt! It hurt because there was a lack of oxygen to that area. This pain, caused by a lack of oxygen, is called the pain of “ischemia”. When you have ischemic pain, or the pain caused by lack of oxygen, there’s very little relief that can be gained by using pain relievers. The only thing that can relieve this type of pain is to cut the rubber band restricting the flow of blood (oxygen) to that area, which will begin to provide relief. Similarly, this is what is occurring in the body of a Fibromyalgic. Imagine millions of tiny rubber bands wrapped around organs, glands and muscle tissue, choking the flow of oxygen to these tissues, only instead of actual rubber bands, the blood is being restricted by an overabundance of fibrin which is doing the same thing.

Why fibromyalgics have more fibrin in their blood than other people
Fibromyalgics agree that they feel worse when they’re “stressed out,” or under stress. We now understand why after the explanation above, however let’s look at additional stressors. Previously, we identified physical trauma as a source of stress, but we must also include emotional stress, as this elevates cortisol too. Feeling “stressed out” from another person or emotional event most definitely raises cortisol. Furthermore, chemical stress is one of the most commonly overlooked mechanisms of fibromyalgia which can be triggered by food allergies, poor diet, weak adrenal glands, pro-inflammatory foods such as refined sugars, and toxins such as insecticides, pesticides, toxic fumes, hydrogenated oils, and harmful chemicals (gasoline, kerosene, propylene glycol-found in commercial products), to name a few. All of these chemicals can elevate fibrin levels. Ironically, most medications elevate fibrin levels in the blood to include many of those that are anti-inflammatory, such as aspirin, or those that reduce pain. There is more ongoing research suggestive that certain Electro Magnetic Frequencies (EMF’s) from cell phones, satellites, etc. may contribute to higher amounts of stress in the body, creating more fibrin.

Reducing excess fibrin
The first, and most important step in providing solutions for the Fibromyalgic are to remedy their severe deficiency of fibrinolytic (fibrin dissolving) enzymes. There are some very strong fibrinolytic enzymes that break down unwanted levels of fibrin in the blood, while maintaining normal levels, without harmful side effects (1). Once excess fibrin is cleared, tissues such as muscle can begin to receive normal amounts of oxygen and Fribromyalgics begin to experience dramatic relief from tenderness, discomfort and fatigue.

There are additional factors to address in Fibromyalgia. To find out more about our complete health and wellness protocol for Fibromyalgics, please visit us at www.austinhealthdoc.com and contact us for our free 15 minute consult for new patients.

1. Certain exogenous enzyme preparations have repeatedly been shown to favorably impact normal bodily levels of fibrin, without adversely affecting other bodily functions. This information is validated from the studies from Nobel Prize finalist, and Immuno-enzymologist, Ronald K. Schneider. The degradation of fibrin by fibrinolytic enzymes has also been validated by Dr. Max Wolf MD, and further elaborated by Dr.’s Miehlke, Williams and Lopez MD’s in the book Enzymes, the Fountain of Life.

The aging brain
We all know the brain appears to suffer aging problems that contribute to memory loss.  Most people who have moved into middle age often notice that their brain does not seem to work as fast as it was when they were in their early twenties.  A degenerating brain is the result of losing more and more neurons as a consequence of normal aging. This process is called “neural degeneration” or “neurodegeneration.”

The process of neural degeneration is different for everyone because our brains, and neurons can be challenged by a number of factors which are different for each of us and can occur in different combinations.  Our brains are constantly dealing with inflammation, overproduction of cortisol (the stress hormone), high homocysteine, improper immune responses, irregular blood sugar, nutrient deficiency and a lack of oxygen and proper stimulation.  One might infer that when we have headaches, it is because our brain hurts.  You may be surprised to know that our brain cannot directly sense pain. Surgeons can cut into it without anesthesia, but the scalp and other surrounding tissues need anesthesia.  Blood vessels within the brain experience innervation (stimulation) that can cause it to expand and contract, and thus transmit pain throughout our head.

Neurotransmitters for brain and overall health
Our brain and nervous system is comprised of neurons that electrically talk to each other. This brain and nervous system communication requires chemicals called neurotransmitters.  Our neurotransmitters are used to relay, amplify and modulate signals between a neuron and another cell. Neurotransmitters are largely responsible for how good we feel.

Neurotransmitters are not just important to the brain but have a profound impact on our entire body. Neurotransmitters are made in the brain, as well as in our organs and glands throughout our body.  If we truly want good health, then we must have good brain and body health.  Because our brain health affects our emotional view of the world and our sense of well-being, it follows that poor brain health will generally reflect itself in kind.  The main neurotransmitters are serotonin, melatonin, GABA (Gamma-Aminobutyric Acid), acetylcholine. dopamine and norepinephrine/epinephrine.

Key Neurotransmitters needed for an optimum functioning brain

Serotonin is a neurotransmitter produced in the brain and gastrointestinal tract that is also called 5-hydroxytryptamine, or 5 HTP. When our Serotonin levels are optimal, we are upbeat, calm, peaceful, and can maintain interest in daily living activities, even during periods of low sunlight.  Optimal serotonin levels allow us to enjoy hobbies, have interests, have non-repetitive thoughts, have fewer extreme fluctuations of “highs” and “lows”, enjoy life, experience restful sleep, maintain enthusiasm for favorite activities, have regular bowel activity, and feel more calm or centered when juggling life’s many emotional challenges. Normal amounts of serotonin are associated with a decrease in headaches. Additionally, an area of the brain called the pineal gland requires sufficient amounts of serotonin to make another type of neurotransmitter called melatonin.

Melatonin is required for regulating sleep patterns and the behavioral changes.  When our bodies are under excessive stress from too much caffeine, nicotine, work deadlines, overtraining and poor diet, we experience adrenal overload and levels of a hormone called cortisol elevates (also known as the stress hormone). High amounts of cortisol decreases the amount of melatonin in our body, making restful sleep more difficult.

GABA (Gamma-Aminobutyric Acid) is a neurotransmitter that our body makes in our pancreas, kidneys and several areas of our brain. Optimal amounts of GABA are associated with feeling calm, focused, and relaxed without fidgeting or excessive body movement, and able to turn your mind off when you want to relax. Healthy GABA levels can help us feel less anxious and to feel calmer in most situations.  Because GABA relaxes, it decreases uncontrolled muscle contractions. Oral GABA supplements are too big to cross the blood brain barrier (BBB) therefore approaches which focus on improving the body’s GABA synthesis show the greatest promise.

Acetylcholine is made in the areas of our brain and spinal cord. This neurotransmitter is responsible for memory and cognition. Optimal amounts acetylcholine is associated with memory recall, quick mental response and processing, creativity, accurate mental calculations and good judgment. More specifically acetylcholine is responsible for recognition such as visual memory (remembering faces, pictures, places and events) and verbal memory (recollecting sounds, voices).

Dopamine is a neurotransmitter that is mostly made by our brain, as well as our adrenal glands and kidneys. Dopamine is associated with feeling pleasure, increased libido and reward. Optimal levels of dopamine help us experience pleasure in life, manage stressful situations, gives us a feeling of worthiness and importance, stay focused on tasks, helps us stay on task to completion, stay alert, feel comfortable in social situations, and remain flexible and more relaxed during stressful moments. If we have sufficient nutrients in the body to make dopamine, exercise, yoga and meditation may naturally elevate this neurotransmitter and is responsible for the “euphoria” or “natural high” we experience.

Norepinephrine/Epinephrine (Adrenaline) functions as both a hormone and neurotransmitter and is made by our adrenal glands. Optimal levels of this neurotransmitter allows us to experience feeling rewarded.  This also helps us to maintain a state of physical and mental alertness. Additionally, proper levels help us experience a normal heartbeat and blood pressure. Norepinephrine is required to make melatonin, required for healthy sleep.

Low transmitter levels can translate o mental difficulty and challenges
Having a healthy brain requires having a healthy body because healthy adrenal glands, thyroid, gastrointestinal tract, blood sugar metabolism, sufficient enzymes, hormone levels and an efficient immune system all impact the health of our brain and its synthesis of neurotransmitters.  Our neurotransmitters also need specific amino acids, vitamins, minerals herbs and fatty acids for their synthesis in order to be effective. Compromised digestion or a nutritionally deficient diet may mean that we are not absorbing the needed nutrients even though we are consuming them.  Having low transmitter levels often translates to mental difficulty and challenges.

How brain function begins to deteriorate
Everyone knows the brain is important, but we rarely make an effort to keep it healthy until problems become serious. A healthy brain has an intact blood brain barrier (BBB) which serves as a first line of defense preventing the entry of harmful substances. When this layer is compromised, your second line of defense rests with your brain’s immune cells. In people exhibiting brain degeneration, both of these defense mechanisms are not working properly. A healthy brain is a well nourished and stimulated brain, one that has the ability to heal and repair itself in order to deliver optimal output.

When patients come to us with brain clarity and memory issues, we will conduct a thorough assessment along with appropriate tests.  Brain clarity and memory issues can be related to a number of health challenges, which can include:

• Inflammation and oxidative stress
• System wide toxicity which includes liver and bowel
• Subluxation throughout the neck vertebrae
• Subtle Energy Blockages that may not appear on an MRI or CT
• Residual trauma from injuries that can include whiplash, concussion or other brain trauma
• Physical issues resulting from severe muscle contraction in the occipital region (often related to stress)
• Allergic reactions to environmental or food
• Nutritional depletion of certain enzymes, vitamins, minerals or other substances
• Or other causes…

It is important to be aware that oxidative stress, inflammation and autoimmunity can contribute materially to brain issues.  For example, recent research demonstrates autoimmunity plays a major role in Parkinson’s.  In addition to specific brain boosting nutrients, the importance of reducing inflammation and oxidative stress are crucial places to start when recovering the health of your brain, and yourself.

Because these issues can be related to a variety of triggers, a throughout patient history, interview and assessment are always the best starting point.

References:
http://www.ncbi.nlm.nih.gov/pubmed/3215724 (5-20-2012):  Autoantibodies associated with Parkinsons

http://www.jneuroinflammation.com/content/3/1/1 (5-20-2012):   Antibodies formed against dopamine secreting cells (Parkinsons is a disease of low dopamine; low dopamine is associated with tremors, poor movement patterns, depression and poor cognition;

http://www.ncbi.nlm.nih.gov/pubmed/1502878 (5-20-2012):  Complement pathway (part of the autoimmune process) with Parkinsons;

Nutritional deficiencies can contribute to visible signs of aging, as well as feeling that loss of vitality! This can happen for a number of reasons. The high stressed, fast paced lifestyle that most people experience increases poor dietary choices, which hastens nutrient depletion even if you are eating well.

As we age, most people begin to experience an increase in fine lines and deep creases, skin wrinkles, our faces begin to appear more hollow and less plump the way we looked when we were teenagers, and even issues like receding gums. We address these issues by looking at what builds health in the body by focusing on the foundational areas that contribute to looking older. In addition to helping our skin and joints look and feel better, a key to turning around the aging challenge also addresses digestive issues. As a result, the visible signs of aging slow, and even reverse, for people who have followed our schedule of care.

Skin, Joints, and Gum Health
After the age of 40, our collagen levels begin to decline. Collagen, the most abundant body protein, is responsible for giving skin a youthful, resilient, wrinkle free appearance. It is also an important protein that helps to hold our joints together as well as to cushion them. With collagen, we can have a bounce to our step. When collagen levels are lower than they should be, the bounce is replaced by a feeling of stiffness and discomfort. Less collagen also means our skin begins to lose the fullness we had in the past.

That “bounce to your step” is also impacted by the presence of Chondroitin Sulfate, due to the shock absorbing features that it provides. Low levels of it can make you “feel” your joints with every step you take. If your levels of Chondroitin Sulfate are sub-optimal, then maintaining a lively gait can be much of a challenge.

Hyaluronic Acid, or H.A. also is a key factor needed to maintain a youthful appearance, because it is responsible for giving our skin a more full, wrinkle free look. It also lubricates our joints! Maintaining the right levels of H.A. means that we look and feel more youthful. As our H.A. levels decline after birth, we often experience more physical effects of aging, including joint stiffness, discomfort and decreased range of motion. Low levels of H.A. are also associated with skin wrinkles, creases, deep folds, and fine lines. Patients have also reported improved gum health as well as reduced, and even corrected dry eye problems. With regular use of highly absorbable form of H.A., the body is able to produce the natural lubrication that the eyes need for good ocular health.

Food Absorption Impacts Muscle Mass
Even if you eat the right foods which contain quality protein, vitamins, minerals and other nutrients, that does not mean you will necessarily absorb them! Under production of Hydrochloric (stomach) acid, and stomach acid suppressive therapies, along with low levels of enzymes can lead to mal-absorption of nutrients. One way this is evident is with a decline of muscle mass. Without addressing this, a person can become frail, which means they have inadequate muscle mass for their age. As we lose muscle mass, we begin to more easily accumulate fat since muscle is required to burn fat. Once the stomach’s acid production is returned to normal levels, and sufficient levels of enzymes are present, we can absorb our nutrients.

Weight gain and loss
Enzymes, exercise, and good colon health help our bodies regulate proper weight by absorbing and eliminating our food quickly, thereby speeding up our metabolism. Enzymes help us detoxify our tissues more quickly, and at a deeper level, which helps our body have a proper metabolism needed to maintain a healthy weight. Eating foods that are appropriate for our blood type can determine how efficiently we “burn” calories, and how we look and feel. Weight gain can often occur when we eat foods that are not compatible with our blood type.

Regain that peppy feeling
Today most people are drained and tired, feeling depleted of energy. One of those factors is stress. Stress can come from environmental factors, our demanding lifestyle, and physical injuries, whether from accidents, traumas, or sports related. While we can mask the feeling of stress by using caffeine, nicotine, and refined sugars, the key is to address your energy levels at the cellular level so that you can feel energetic in a way that helps your body and builds good health, while helping you feel more energetic.

Mental Clarity
Low levels of blood oxygen have been shown to contribute to physical and mental fatigue, “fuzzy” thought, poor endurance, lactic acid build up and a decreased ability to heal. To increase your blood’s ability to carry oxygen, debris in the blood needs to be cleaned up. The cleaner the blood, the more effectively it can transport oxygen to essential body parts of your body such as the heart, muscles, and the brain. Debris includes high serum protein levels, and oxidized solids such as plaque, cholesterol, uric acid and fibrin, all which decrease the blood’s ability to carry oxygen by congesting your blood and thickening blood vessel walls via inflammation.

Blood tests to identify these conditions can be done in our office via live blood cell analysis, and out of office via our comprehensive functional blood chemistry analysis.

At Fundamental Health Solutions, our anti-visible aging supplementation program includes the use of a clinically tested, bio-available liquid supplement that contains highly absorbable collagen, chondroitin sulfate and hyaluronic acid, known for helping to hydrate your skin, as well as the ability to contribute to joint lubrication

Aging and Cardio Vascular Health
Free radicals damage our cells as well as leave small tears on the inner surface of our blood vessels, which can result in scarring and perpetuate inflammation. The body’s ability to repair these micro-tears diminishes with age, leaving spaces that allow the build-up of arterial plaque, which can eventually lead to clogged circulation. Over time, your heart muscle has to work harder to pump the same amount of blood through congested, rigid, less flexible blood vessels. This can lead to high blood pressure and other cardiovascular problems. Important first steps to combat this and related effects begins with anti-oxidants, cardio tonic nutrients, and techniques for correcting chronic inflammation. A healthy heart is a well nourished and oxygenated heart. By using nutrients that can help the heart receive and use oxygen, many common cardio-vascular issues can be corrected with bio-available supplementation, without drugs. We also suggest taking the Myeloperoxidase enzyme test, known for identifying heart problems before they happen

Muscle Mass is key for weight loss
Eating the right foods, which contain quality protein, vitamins, minerals and other nutrients does not mean you will necessarily absorb them. Under-production of Hydrochloric (stomach) acid due to stress and aging, or stomach acid suppressive therapies, along with a lack of enzymes, leads to mal-absorption of nutrients. One way this is evident is with a decline of muscle mass. Without addressing this, a person can become frail, which means they have inadequate muscle mass for their age. As we lose muscle mass, we begin to more easily accumulate fat since muscle is required to burn fat. Once the stomach’s acid production is returned to normal levels, and sufficient levels of enzymes are present, we can absorb our nutrients.

Healthy bones depend upon many things
Optimal bone health means strong, flexible bones, not necessarily thicker bones, and is dependent upon good digestion, coupled with a variety of nutrients. Studies which include only calcium supplementation show mixed results in restoring healthy bone density. Since our bones require many nutrients, we obtain the best results when we supplement with all of these nutrients. Using a non-radiation, urinary assay to measure present bone loss, and the bone loss rate, we can measure your bone health every 3 months, or less, versus less frequently if you have a DEXA (radiation) scan. This enables us to monitor the effectiveness of the recommended protocol, as well as measuring system wide bone loss, versus (DEXA) focal bone loss.

Skin, Joints and Gum Health
Our supplementation program includes the use of a clinically tested, bio-available liquid supplement that contains highly absorbable hydrolyzed collagen, chondroitin sulfate and hyaluronic acid, known for helping to hydrate your skin, as well as the ability to contribute to joint lubrication and regenerate cartilage. Together, these three nutritional substances can help turn around many of the more uncomfortable contributors to aging such as joint discomfort, losing mobility, and joint flexibility. Patients have also reported improved gum health as well as correcting dry eye problems.

Weight Gain
Often, the aging process includes weight gain, especially where hormonal shifts contribute to metabolic slowdown. Enzymes, exercise, and good colon health help our bodies regulate proper weight by absorbing and eliminating our food quickly, thereby speeding up our metabolism. Enzymes help us detoxify our tissues more quickly, and at a deeper level. Virtually all weight experts agree that minimizing toxins in organs and glands are needed to ensure their proper metabolism and maintain a healthy weight.

What Is Telomerase? Telomerase is the enzyme which builds and maintains our Telomeres.  We are distributors for Telezyme, the only product which contains the actual Telomerase enzyme. Telomere lengthening is significantly enhanced by supplying adequate amounts of actual telomerase enzyme prior to cell replication. Younger people have higher amounts of Telomerase enzyme in their cells than older people. As we age, we gradually lose the capacity to produce Telomerase enzyme which is required to make an exact copy of your cells.

What Are The Best Ways To Help My Telomeres? Good Nutrition, exercise and managing stress minimize the shortening of our Telomeres. If you want to elongate your Telomeres, like when you were younger, take Telomerase enzyme. Telomerase enzyme supplement gets absorbed by our cells and replaces lost Telomerase enzyme required to make an identical copy of your cells.

The Significance Of Telomerase And Aging Shortened telomere caps lead to unraveling of our DNA which damages our genetic material, as a result our cells function less efficiently. Once a critical length is reached, called the “Hayflick limit”, the cell dies and cannot reproduce. If telomerase activity is high, our cells can reproduce and we see a profound delay in the aging process. If telomerase activity is low, we see accelerated aging, and problems associated with aging. PhD Biologist, Dr. Michael West, cites telomerase enzyme as the “cellular fountain of youth”. Cell biologist Calvin Harley shows that cells can live up to 100 times longer, and in a more youthful state under the influence of telomerase enzyme.

Are There Other Products Like This?
We have found only one commercial product that contains the actual telomerase enzyme based on the Nobel Prize Winning Research in 2009. In 2011, the commercial product was developed by a Nobel Prize Finalist and Enzymologist, and his research team. (unrelated to the Nobel Team of 2009) Since the Nobel Prize was awarded to the team of scientists who discovered Telomerase enzyme, many commercial products have resulted that claim to elongate our Telomeres by using special nutrient co-factors and/or hormones.  However, we take our cue from the research provided by the Nobel Prize winning scientists who demonstrated that the critical influence that limits Telomere elongation is due to insufficient amounts of Telomerase enzyme.  Therefore, only by increasing quantities of actual Telomerase enzyme in the blood, like when you were younger, can regenerate your Telomeres. 

Some interesting facts about telomerase:

• Younger people have longer telomeres than older people. When compared to older people, younger people tend to have less illnesses, less risk factors for illnesses and recover faster from injuries and illnesses.
• Studies peformed on healthy people versus people who were seriously ill showed that healthy people had longer telomeres than sick people, therefore higher activity levels of telomerase enzyme. This measurement was statistically significant.
• A preponderance of research which shows that decreasing stress, good nutrition, and healthy amounts of exercise all minimize the shortening rate of telomeres.
• Certain nutrients, such as antioxidants, have been shown to minimize the shortening of telomeres and offer protection to telomerase enzyme.

How Long Do I Need to Use Telomerase Enzyme in Order to See Results?
Telomerase enzyme works by elongating our Telomeres during cell division, therefore it is the rate of cell division that determines how soon we see and feel results.  Each of our cells divide at different rates, and this rate slows down as we age.  Some of our blood cells, such as platelets, can divide in 8-12 days. Other cells can take as long as 6-8 months.  In both cases, the time needed for our cells to divide increases with age (which is why we heal more quickly when we’re younger).  Although we are all unique biochemical individuals who respond differently to therapies, a general rule of thumb is that if you take 11% of your age, you can estimate the time needed to see external results.  For example, for a person who is 40 years old, he or she can expect to see external changes in about 4.4 years while taking Telomerase enzyme on a consistent daily basis.   Additionally, people who follow our health and wellness schedule of care will tend to see results more quickly than those who do not.

When living tissue is shocked, or dies, it’s protein structure cracks open. Bacteria or enzymes contained in the food itself subsequently convert many of the protein fragments into polyamines, and is why they are found in high amounts in injured or traumatized patients. Polyamines are also found in foods that are have been permanently altered—shocked by rapid freezing, overly processed, canned, packaged, and radiated. Certain types of plant foods such as vegetables, fruits, beans and legumes also contain high concentration of polyamines.

Indicators of high polyamine levels
There is no convenient direct method to assess polyamine levels, although you can use several other indirect measures as barometers of polyamine levels:

• High or abnormal serum albumin: Polyamine synthesis has a positive effect on albumin levels.
• High urinary indican: Large amounts of indicans are a sign of high bacteria counts in the upper intestine. High indican levels are associated with liver, kidney, and gastrointestinal health problems.
• Halitosis (Bad breath): If you experience persistent bad breath, despite diligent brushing and flossing, you probably, then it’s likely your polyamine levels are too high.
• Frequent headaches from fermented foods- (red wine, raw sauerkraut) Polyamines enhance the effect of histamines, which are implicated in certain types of headaches. Histamines dilate blood vessels, including those in the brain, which can then transmit pain throughout the head.
• Certain Grains- when consumed by certain blood types, such as when type O’s consume wheat, will increase your production of polyamines which can lead to inflammation, joint problems, bowel difficulties and difficulty losing weight.
• Several other problems such as odiferous stools, mental agitation, carbohydrate intolerance, fatigue can also indicate improper balance of polyamines.

Eating for your Blood Type can have an important effect in reducing your exposure to weight gain related lectins. If you follow your specific blood type diet, you can balance the proper amount of polyamines along with minimizing your exposure to lectins that are incompatible with your body. Eating for your blood type can give you more energy, greater mental focus and clarity, reduces stress and helps you lose weight.  It is important to have a complete nutritional assessment which determines your blood type, secretor status, and genotype when it comes to choosing a diet that will create optimal health and wellness and allow us to age gracefully. Genotype refers to the genetic make up – this takes into account one’s genetic history. We perform this type of analysis in our office, which can help everyone, and help unravel some of the mysteries that some people of mixed race ancestry have also experienced when it comes to diet and their health.

SWAMI can help!
In our practice, we incorporate a detailed diet plan as an integral tool to optimize energy, decrease inflammation, and most importantly change the way your immune system expresses itself within the blood. We believe that each person has “biochemical individuality.” This means that we respond differently to foods and our environment. The food you eat can affect you negatively or positively, or be neutral. To build good health, you need to eat the foods that create positive effects for you.

To help patients turn their health issues and symptoms around by changing their diet and eating for their blood type, we develop a highly specific set of dietary guidelines complete with individualized recipes. This not only takes into account your blood type, but mitigates food allergies and sensitivities by helping you avoiding foods that are problematic for you. We do this with SWAMI GenoType software. This enables us to quickly tailor unique one-of-a kind diets, based on a person’s blood type, fingerprints, health history, biometric measurements and over ninety other variables.

SWAMI GenoType helps you to understand why certain diets that have been great for your friend’s ability to lose weight may have left you feeling less than well. It is a tool we use to help our patients select foods that work to build your immune system, blood, and entire body chemistry. You can read more about SWAMI on our website by clicking here:

What are antioxidants? They are certain vitamins (A, C, E), some minerals such as selenium and zinc, and other nutrients that protect and repair cells from damage caused by free radicals. Many experts believe this damage plays a part in a number of chronic diseases, including hardening of the arteries (atherosclerosis), cancer, and arthritis. Free radicals can also interfere with your immune system. So fighting off damage with antioxidants helps keep your immune system strong, making you better able to ward off colds, flu, and other infections. (WebMD, 2012)

The body needs a variety of antioxidants to accomplish a variety of tasks. Not all antioxidants can go everywhere in the body. Some antioxidants can only work inside our cells, like glutathione, and certain enzyme based antioxidants. Some antioxidants are small enough to cross the blood brain barrier (BBB) and protect our brain from excess oxidation which contributes to neurodegeneration and plaque buildup in the brain. Antioxidants protect our cells from a secondary form of oxidation, also called “oxidative stress”, which yields free radicals.

What is “oxidative stress”?
The terms oxidative stress and free radicals have become familiar in recent years, but what does this mean? If you want a detailed explanation, please check out our article called Anti-Oxidants and Oxidative Stress  in the Library Section of our Blog. “Oxidation” is the chemist’s term for the process of removing electrons from an atom or molecule. Oxidation occurs whenever our cells use oxygen.  We must have oxidation in order to survive, without it we would die. However, oxidation can yield harmful byproducts after our cells burn an oxygen molecule; these harmful compounds are called “free radicals”. A free radical is a stray, unpaired electron.

Free Radicals Electrons don’t like to be unpaired, therefore an electron will seek out other electrons by stealing them from healthy tissues in order to stabilize itself. After stealing the electron, a damaged leftover cell that unwillingly gave up an electron is left behind. This damaged cell functions less optimally than before, and if it gets damaged by enough free radicals can become crippled and not do its job properly, or die prematurely. This process continues on and on, free radicals damaging tissues unless it can be stopped with an antioxidant.

Ways that we increase oxidation are through exercise, inflammation, stress, poor diet, smoking, exposure to radiation, illicit drugs, several medications, and pollutants to name a few. Being alive requires oxidation, there is no stopping it, and therefore it is important to have a healthy diet to absorb these free radicals which result from oxidation.

Exercise increases oxidation because anything that considerably speeds up our metabolism yields more free radicals. Exercise is good, we need it! However, we must consume foods that provide healthy amounts of antioxidants to neutralize the harmful byproducts that exercise can leave behind. We’ve all heard of Marathoners who have had a heart attack at a young age. Free radical damage can not only affect our cells, but can scar the inner smooth surface of our blood vessels. If these tiny micro-tears are not properly repaired by the body, they can create spaces that allow arterial plaque to take hold and build up.

We have defenses against oxidative stress: substances in our diets, for example, Vitamin C and E, can donate electrons and end the destructive chain reactions, as well as aid in repair. We all experience different levels of oxidative stress. The key to slowing down aging and age-related sickness is reflected in our ability to cope with oxidative stress over time.

How does an antioxidant work?
Have you ever seen the movie “The bodyguard” with Kevin Costner and Whitney Houston? At the end of the movie the bodyguard hero, played by Kevin Costner, jumps in front of Whitney Houston as the villain attempts to shoot her. Kevin Costner, the bodyguard, “takes the bullet”, sparing Whitney Houston and saving the day. This is how an antioxidant works. Antioxidants “take the bullet” of free radicals, so your joints, tissues and cells don’t have to. An antioxidant has the unusual ability to safely absorb free radicals, therefore prevent further damage to your cells and tissues. An antioxidant does this by generously sharing its outer ring electrons to bond with harmful free radicals. The greater the number of electrons in the outer ring, the more powerful the antioxidant due its higher absorbency potential. Antioxidants essentially “mop up” free radicals in the body.

How do you recognize a lack of antioxidants in the body?
Many common health issues are a result of short or long term Free Radical damage. Before experiencing serious health problems, it is recommended that you get tested to identify whether you have a lack of antioxidants in your body. Even if you are taking antioxidants, we can assess if they are working properly.

References:
http://www.webmd.com/diet/guide/antioxidants-your-immune-system-super-foods-optimal-health
http://www.drweil.com/drw/u/QAA400537/Stumped-by-Oxidative-Stress.html

Besides providing our body a structural framework which allows our muscles, ligaments, and connective tissue to work, our bones provide a mineral reserve that our body calls upon during times of depletion and stress.

Contained within our bone tissue are large amounts of important minerals such as calcium, phosphorus, magnesium, zinc, boron, protein, and vitamins.  These are used by our body, released from our bones, to drive other essential chemical reactions in the body. For long term bone and overall health, your bones need to have an adequate supply on reserve.

Why is bone health so important to the rest of our body?    Our bone marrow, the innermost portion of our bones, is the “manufacturing plant” for all our blood cells.   Bone marrow makes our red blood cells, which carry precious oxygen to our organs and glands, and returns the gaseous waste product carbon dioxide back to our lungs.  Bone marrow makes all of our immune cells, called white blood cells, which are the guardians of our health.   Our bone marrow also makes platelets, the third type of blood cell, which serves to clot blood when we are bleeding.  When our bone health suffers, only a good “Health Detective” will seek out the underlying cause.

Thick Bone Versus Strong Healthy Bone
It is the quality of a bone’s composition that makes them strong, not necessarily the thickness.  Because conventional approaches only look at thickness, and not bone quality, the structural integrity of our skeletal system is suboptimal.  For example, one type of conventional approach allows weaker, poorer quality bone tissue to build up to achieve thicker bones.  The quality of these thicker bones often contains dead bone tissue that should have been removed in the first place. Good quality bone means that the bone is of strong architecture.

At Fundamental Health Solutions we use a more sensitive laboratory test called the NTx Osteomark Urinary Assay to assess bone health. The NTx urinary assay measures a specific amino acid unique to bone which is found in the urine and detects subtle changes in bone loss, which occurs in everyone over the age of 50. This test provides more information than traditional tests, such as a DEXA scan, without radiation exposure.

DEXA Scan Versus The NTx Urinary Test

The NTx Osteomark Urinary Assay measures present, not past bone loss and it measures the bone loss rate.  Unlike DEXA scans, we can measure your bone health every 3 months, or less, versus annually.  This also allows us to monitor the effectiveness of the recommended protocol, as well as measuring system wide bone loss, versus (DEXA) only focal bone loss.  The NTx Urinary test is an easy and non-invasive way for our patients that enables us to monitor and identify potential problems with your bones before they turn into a more serious problem.