Linda from TX:

Dear Custermer Service,

I have been taking the TumorX enzymes, the Bio Anue Endocrine Mender, Essential Supplement and the Dailyzyme.  Among the wonderful changes in my system I have discovered my hair is going from grey to its original color.  I am truly amazed; with all of the benefits I am receiving from these products I will continue taking them.  I also bought the Bio Anue Endocrine Mender for my sister, she has been under a great deal of stress and has been going thorough some issues.  After beginning the Bio Anue Endocrine Mender she has become a new woman.  It is wonderful to see the changes in her. 

Thank you for making such spectacular products.

Sarrapeptase

The Miracle Silk Worm Enzyme!

Serrapeptase digests non-living tissue, blood clots, cysts, and arterial plaque and helps to lower inflammation in all forms including C-Reactive Proteins. In fact, the late German physician, Dr. Hans Nieper, used Serrapeptase successfully to treat arterial blockage in his coronary patients. Serrapeptase protects against stroke and is reportedly more effective and quicker than EDTA Chelation treatments in removing arterial plaque. Dr. Nieper also reported that Serrapeptase dissolves blood clots and causes varicose veins to shrink or diminish. Dr. Nieper told of a woman scheduled for hand amputation and a man scheduled for bypass surgery who both recovered quickly without surgery after treatment with Serrapeptase.

Serrapeptase may well offer additional cardiovascular benefits not considered by Nieper. In particular, researchers have recently proposed that inflammation contributes to the development of arterial blockage. In one study, subjects with higher levels of CRP (C-Reactive Protein*, a marker for systemic inflammation) were found to have a greater risk of future heart attack and stroke, independently of other risk factors such as smoking, high blood pressure, or cholesterol levels.  

Subjects with the highest levels of CRP who also used aspirin, however, showed dramatic decreases in their risk of heart attack, leading the researchers to speculate that the effectiveness of aspirin in preventing heart attack is due as much to its anti-inflammatory activity as to its anticlotting effects.

Serrapeptase, like aspirin, has both anti-inflammatory and anticlotting properties. In contrast to aspirin, however, serrapeptase can melt through existing fibrous deposits. Serrapeptase also lacks the serious gastrointestinal side effects associated with chronic use of NSAID's such as aspirin.

This combination of properties makes serrapeptase just about the perfect remedy for warding off cardiovascular disease, better even than the proverbial aspirin a day. It’s beginning to look more and more as though Dr. Nieper was right—serrapeptase is indeed a “miracle” enzyme.

Because serrapeptase is a blood-thinning agent, it’s wise to consult your physician if you’re already taking any form of anticoagulant therapy such as Warfarin. Despite these cautions, however, serrapeptase has an excellent tolerability profile in general.

*The C-reactive protein (CRP) test is a blood test that measures the level an inflammatory marker – a substance that the body releases in response to inflammation. High levels of CRP in the blood means there is inflammation somewhere in the body.  

**Warfarin is prescribed to people with an increased tendency for thrombosis or as secondary prophylaxis (prevention of further episodes) in those individuals that have already formed a blood clot (thrombus). Warfarin treatment can help prevent formation of future blood clots and help reduce the risk of embolism (migration of a thrombus to a spot where it blocks blood supply to a vital organ). Common clinical indications for warfarin use are artial fibrillation, the presence of artificial heart valves, deep venous thrombosis, pulmonary embolism, antiphospholipid syndrome and, occasionally, after heart attacks (myocardial infarction).

Thrombus

Taussig and Nieper, 1979, Kelly, 1996 showed:
Bromelain inhibits thrombus formation; studies have shown that bromelain prevents aggregation of human blood platelets in vivo in vitro e.g., Petri dish and human experiments. Both of the researches also demonstrated that bromelain prevents or minimizes the severity of angina and Transient Ischemic Attacks (TIA), which is a "warning stroke" or "mini-stroke" that produces stroke-like symptoms but no lasting damage. Recognizing and treating TIA's can reduce your risk of a major stroke.

Taussig and Nieper, 1979 and later, Hale et al, 2002, showed that in vitro bromelain treatment of leukocytes (white blood cells), markers studied, induced loss of CD41 and CD42A via enzymatic digestion, and also decreased platelet function, thus inhibiting thrombosis formation.

Oxygen and Nutrients Absorption

Taussig, Nieper and Kelly et. al, suggested that bromelain increases vessels' wall permeability to oxygen and nutrients while at the same time thinning the blood.

Heart Attach or Stroke

(Kelly, 1996).  Heinicke et al. (1972) were the first to report that bromelain prevents abnormal clump together of blood platelets, using fibrinogen in the process. Their study was carried out among human volunteers with a history of heart attach or stroke, some with high fibrinogen values, as well as healthy subjects. Their study found that oral administration of bromelain (160-1000mg per day) decreased aggregation of blood platelets in all the subjects.

Stable Angina

Nieper in (1978), administered 400-1000mg per day of bromelain to 14 patients with stable angina. The study resulted in the disappearance of symptoms in all patients within 4 to 90 days, but reappeared after bromelain administration was discontinued. The ability of bromelain to influence these conditions could be due to its ability to breakdown fibrinous plaques, and to dissolve atherosclerosis plaque.

Lipase Deficiency

Lipase is made in the pancreas, secreted in the duodenum, migrates into the gut, then into the cardiovascular system, where Lipase also functions in the blood to enzymatically act on the triacylglycerides converting it into very low density lipoprotein so that cells can take up the free fatty acids as energy.

For example, pancreatic lipase, which is the key enzyme to break down fats in the human digestive system, converts triglyceride substrates found in ingested oils to monoglycerides and free fatty acids. Regarding the amount and nature of lipids, diets rich in polyunsaturated fatty acid, mainly eicosapentaenoic acid (EPA) and docosahexaenoic acid (DHA), have been shown to reduce the risk of coronary heart disease. These substances can be made using lipase inside the human body

What Is Cholesterol? What Are Triglycerides?

Cholesterol and triglycerides are two forms of lipids, or fats. Both cholesterol and triglycerides are necessary for life itself. Cholesterol is necessary, among other things, for building cell membranes and for making several essential hormones. Triglycerides, which are chains of high-energy fatty acids, provide much of the energy needed for cells to function. But when one is deficient in lipase the body cannot use the cholesterol lipids, that is to say, the fat.  

Lipase deficiency increases plasma triglycerides and reduces HDL levels and may thereby predispose carriers to ischemic heart disease. These findings were published in American Heart Association, Inc. Børge G. Nordestgaard, et al., Circulation. 2000;101:2393-2397. Nine thousand, two hundred, fifty-nine (9,259) individuals were studied for lipase deficiency. When lipase was corrected in serum,  heart disease decreased. The lipoprotein lipase was found to degrade the triglycerides contained in chylomicrons (chylomicrons are large lipoprotein particles that consist of triglycerides (85-92%), phospholipids (6-12%), cholesterol (1-3%) and proteins (1-2%) , and very-low-density lipoproteins).

Pancreatic Protease

A.H. Elliot et al., published his finding in 1931; he demonstrated that taking pancreatic enzymes treated the cause of Angina, which is a disease of the cardiovascular system. He described the increase in the coronary flow as allowing adequate oxygen and essential nutrients through, thus feeding the heart. The body's antagonisms to the hypertension is created by a restricted cardiovascular system, caused by low blood oxygen levels, creating anaerobic cell respiration, creating lactate in the heart muscle, and leading to adrenalin production: "the fight or flight hormone".  The action above describes the beneficial usage of  Trypsin, Chymotrypsin, Elastase, Carboxypeptidase A1, A2, and Carboypeptidase B, also known as pancreatic protease. The actions explained by Dr. Elliot explained the beneficial influence of pancreatic enzymes in cleaning the debris and fibrin from the cardiovascular system, (fibrin is made from fibrinogen, a soluble plasma glycoprotein that is synthesized by the liver.). As we age, fibrin accumulates in the cardiovascular system . By cleaning the blood of fibrin, blood flow and oxygen is increased.

What are the Symptoms of Angina?

Chest pain or discomfort that typically occurs with activity or stress when more oxygen is required is a symptom of angina. The pain usually begins slowly and gets worse over the next few minutes before going away.

• A feeling of indigestion or heartburn
• Dizziness or light-headedness
• Nausea, vomiting, and cold sweats
• Palpitations
• Shortness of breath
• Unexplained tiredness after activity (more common in women)

Causes

Your heart muscle is working all the time, so it needs a continuous supply of oxygen. This oxygen is provided by the coronary arteries, which carry blood. When the heart muscle has to work harder, it needs more oxygen. Symptoms of angina occur when the coronary arteries are narrowed or blocked by hardening of the arteries (atherosclerosis), or by a blood clot. The most common cause of angina is coronary heart disease (CHD). Angina pectoris is the medical term for this type of chest pain. Stable angina is predictable chest pain. Although less serious than unstable angina, it can be very painful or uncomfortable. Anything that requires the heart muscle to need more oxygen can cause an angina attack, including:

• Cold weather
• Exercise
• Emotional tension
• Large meals

Other causes of angina include:

• Abnormal heart rhythms
• Anemia
• Coronary artery spasm (also called Prinzmetal's angina)
• Heart failure
• Heart valve disease
• Hyperthyroidism