Basics of Diabetes

The basics of diabetes

When a person's pancreas ceases to produce adequate amounts of the hormone/enzyme insulin, which regulates the levels of sugar in the blood, we call this condition diabetes. Though the chemistry of diabetes is extremely complex, it is not difficult to explain in practical terms. Type-I diabetes, or "juvenile-onset diabetes," is diagnosed in children and young adults who are unable to produce insulin and are, therefore, incapable of regulating blood/sugar levels internally. The common belief is that type-I diabetics were born with an irreversible pancreatic disorder and are, therefore, incurably dependent on insulin injections until they die. A Type-I diabetes diagnosis is not necessarily incurable. Often pancreatic tissues become damaged by a class of parasites called "flukes." After eliminating the parasites, orthomolecular protocols discussed in this guide may be employed to heal damaged pancreatic tissues. Once the organ itself heals, its proper functions may be restored and normal insulin production may begin or resume. Young children have a tendency to readily regenerate damaged tissue-that includes damaged pancreatic tissue. Type-II diabetes, often referred to as "adult-onset diabetes," is epidemic among American adults. In recent years, increasing numbers of children and young people are being diagnosed with type-II diabetes. Type-II diabetics, however, are considered "curable" because their blood sugar aberrations have developed over time through poor eating, drinking and smoking habits combined with sedentary lifestyles. It is estimated that 90 percent of type-II diabetes cases can be prevented/reversed if people refrain from eating, drinking and smoking substances identified with the development of diabetes-and get more exercise. In both types of diabetes, insulin production is not sufficient to properly oxidize carbohydrates (sugars). This leads to improper carbohydrate utilization by the body which leads to abnormalities in the metabolism of fats and proteins. Ultimately, the end products of fat metabolism accumulate in the blood. Unfortunately, the most commonly prescribed treatments for diabetes make no attempt to correct the foundational problem: The inability of the pancreas to produce insulin. This oversight insures that diabetics will eventually experience strokes, both ischaemic and haemorrhagic heart failure, obesity, atherosclerosis, elevated blood pressure, elevated cholesterol, elevated triglycerides, impotence, retinopathy, renal failure, liver failure, polycystic ovary syndrome (if you are a woman), elevated blood sugar, systemic candida, impaired carbohydrate metabolism, poor wound healing, impaired fat metabolism, peripheral neuropathy, diabetic coma and death. Type-I and type-II diabetics have reported that they have been able to reverse their symptoms with diet, exercise, MoRE or No Fool i, Master Formula II and RAANOW

Root Cause of Heart Disease, Cancer and Diabetes

Has anyone ever explained to you the root causes of Heart disease, Cancer, Diabetes?

Most Americans are scheduled to die slowly, painfully and expensively of cancer, heart disease or complications of other chronic conditions such as MS, Parkinsons or diabetes. Apparently, we are supposed to succumb to these diseases without knowing why we got them. Following are the basics of cancer, heart disease and diabetes. Once you understand the basics, death becomes an option-not a sealed fate-for those who suffer from chronic illnesses.

The basics of heart disease.

There are thousands of species of animals on Earth and only four do not produce their own ascorbates.  Science has shown that many of the body's systems require ascorbates to function properly. Those systems, in the absence of ascorbates, will fall into dysfunction and disrepair. Ascorbate deficiency has been irrefutably linked to the world's #1 killer-heart disease. Ascorbate deficiency causes microscopic cracks, or lesions, to develop in arteries. Another term for the condition is "sub-clinical scurvy." The body's response to these lesions is to "patch" them with the lipoprotein we know as LDL (lower-density lipoprotein) cholesterol. If the body did not patch these lesions, we would die from internal bleeding. (Note: LDL cholesterol has been maligned as the "bad cholesterol" because cardiologists find it lining and, eventually, blocking blood vessels and arteries. The body creates "good" HDL [high-density lipoprotein] cholesterol to carry fats straight to the liver where they are eliminated as bile acids through the gall bladder and, ultimately, the intestines). As time elapses, the cracks become more numerous and the older LDL cholesterol patches harden into plaque. The process causes the diameter of the arteries to become narrower. This is why "high blood pressure" is usually the first sign of heart disease-its a law of nature that when the flow of liquid is restricted, increased pressure results. Eventually, the restriction can become a blockage, shutting off the flow of blood to tissue in certain areas of the body. This eventuality damages tissue and leads to angina, strokes or heart attacks. Plaque and clumping blood can also break away from their moorings, travel to the heart and cause a heart attack. Upon review, we now understand that the cause of heart disease is ascorbate defiency, which causes lesions in blood veins, vessels and arteries and that the body's response is to patch the lesions with LDL cholesterol to prevent us from bleeding to death. This process causes restrictions in blood flow which causes high blood pressure, eventually resulting in angina and heart attack. Our task is to reverse the condition causing vesicular/arterial lesions and remove the plaque that has accumulated to patch these lesions. Taskmaster: MoRE, No Fool i

The Basics of Cancer

"Acidosis" is the scientific term for a body that has a pH below 7.0. In this state, the body is deprived of oxygen causing one to be more susceptible to colds, flus and other diseases/infections. This state also contributes to accelerated aging. Our modern lives give us ample opportunity to become acidic. Commonly-consumed acid-forming foods and beverages include meat, dairy products, sugar, coffee and alcohol. Environmental exposure to solvents, herbicides, pesticides and other chemical toxins boost our tendency to become acidic. Acidosis is the cause of America's #2 killer-cancer. In order to understand the basics of cancer, we must first undestand the acid/alkaline balance (see page 4). Understanding the acid/alkaline balance, the following summary makes perfect sense: The prime cause of cancer is the replacement of the respiration of oxygen in normal body cells by a fermentation of sugar. Over 75 years ago, Dr. Otto Warburg was awarded two Nobel prizes for demonstrating that cancer results when weakened cell respiration occurs due to lack of oxygen at the cellular level. According to Warburg, damaged cell respiration causes fermentation, resulting in low pH at the cellular level. Dr. Warburg, in his Nobel Prize winning papers, described the environment of the cancer cell: A normal healthy cell undergoes an adverse change when it can no longer take in oxygen to convert glucose into energy. In the absence of oxygen, the cell reverts to a primal nutritional program to nourish itself by converting glucose through the process of fermentation. The lactic acid produced by fermentation lowers the cell pH and destroys the ability of DNA and RNA to control cell division. Cancer cells then begin to multiply without restraint. The lactic acid simultaneously causes severe local pain as it destroys cell enzymes; the cancer appears as a rapidly-growing external cell covering with a core of dead cells. We know cell masses of this description as "tumors." Subsequent research by Keith Brewer, Ph.D and H.E. Satori has shown that cancer cannot exist when the body's pH is raised to 8.0. Dr. Brewer developed a protocol to therapeutically raise pH with the element cesium in conjunction with potassium. Taskmaster: Master Formula II and Cesium Carbonate

The basics of diabetes

When a person's pancreas ceases to produce adequate amounts of the hormone/enzyme insulin, which regulates the levels of sugar in the blood, we call this condition diabetes. Though the chemistry of diabetes is extremely complex, it is not difficult to explain in practical terms. Type-I diabetes, or "juvenile-onset diabetes," is diagnosed in children and young adults who are unable to produce insulin and are, therefore, incapable of regulating blood/sugar levels internally. The common belief is that type-I diabetics were born with an irreversible pancreatic disorder and are, therefore, incurably dependent on insulin injections until they die. A Type-I diabetes diagnosis is not necessarily incurable. Often pancreatic tissues become damaged by a class of parasites called "flukes." After eliminating the parasites, orthomolecular protocols discussed in this guide may be employed to heal damaged pancreatic tissues. Once the organ itself heals, its proper functions may be restored and normal insulin production may begin or resume. Young children have a tendency to readily regenerate damaged tissue-that includes damaged pancreatic tissue. Type-II diabetes, often referred to as "adult-onset diabetes," is epidemic among American adults. In recent years, increasing numbers of children and young people are being diagnosed with type-II diabetes. Type-II diabetics, however, are considered "curable" because their blood sugar aberrations have developed over time through poor eating, drinking and smoking habits combined with sedentary lifestyles. It is estimated that 90 percent of type-II diabetes cases can be prevented/reversed if people refrain from eating, drinking and smoking substances identified with the development of diabetes-and get more exercise. In both types of diabetes, insulin production is not sufficient to properly oxidize carbohydrates (sugars). This leads to improper carbohydrate utilization by the body which leads to abnormalities in the metabolism of fats and proteins. Ultimately, the end products of fat metabolism accumulate in the blood. Unfortunately, the most commonly prescribed treatments for diabetes make no attempt to correct the foundational problem: The inability of the pancreas to produce insulin. This oversight insures that diabetics will eventually experience strokes, both ischaemic and haemorrhagic heart failure, obesity, atherosclerosis, elevated blood pressure, elevated cholesterol, elevated triglycerides, impotence, retinopathy, renal failure, liver failure, polycystic ovary syndrome (if you are a woman), elevated blood sugar, systemic candida, impaired carbohydrate metabolism, poor wound healing, impaired fat metabolism, peripheral neuropathy, diabetic coma and death. Type-I and type-II diabetics have reported that they have been able to reverse their symptoms with diet, exercise, MoRE, No Fool i, Master Formulas II and RAANOW

Element III: Hormonal Balance

The third element is the balance between the hormone insulin and growth hormone. People with the highest levels of the growth hormone somatotrophin (STH) live the longest.

Insulin, produced in the pancreas, is secreted to regulate the rate at which the body utilizes carbohydrates. When we consume carbohydrates (sugars and starches), insulin is released to lower the level of sugar (glucose) in the blood. Insulin also promotes the use of glucose as an energy source for the body, promotes the storage of fat and encourages the conversion of proteins to fat for storage.

Produced in the pituitary gland, STH increases the rate of protein synthesis, affects the metabolism of sodium, potassium and calcium and influences the metabolism of carbohydrates. The purpose of STH is to convert the body's available energy into bone, muscle and tissue growth.

When we are young, our bodies have a low ratio of insulin to STH so we are healthier, leaner, full of energy-and growing. The insulin encourages the body to store carbohydrates as fat while STH stimulates the burning of that fat.

Due to age and inactivity, stored carbohydrates accumulate in the form of fat. Because we are now full-grown, the hypothalamus tells the pituitary gland to release less and less STH. This causes the pancreas to produce more insulin in order to maintain proper blood sugar levels. The visible result of this hormonal imbalance is weight gain. The chronic symptoms of this imbalance is hypoglycemia. If not corrected, diabetes is the end result.

There are no surgeries that can be performed nor drugs that can be taken to maintain optimal levels of both insulin and STH.

Source: Advanced Scientific Health Research