Vessel Protector QK – a health food supplement made from fermented soybean (Natto)
Its main bio-active component is thrombolytic enzyme QK (abbreviated as QK) produced by a patented strain of Bacillus subtilis QK. Because QK is an enzyme found only in the fermented constituents of Natto, it is also commonly known as natto kinase. However, QK is a completely new variant of thrombolytic enzyme which is also fibrinolytic in function, being vastly different both in genetic makeup and protein structure in comparison with similar natto kinase supplements currently sold in the stores. QK exhibits superior ability in terms of dissolving blood clots, thrombus and plaques in the blood vessels and preventing clot formation, functioning similarly to the plasmin enzyme synthesized by the liver.
Unique Features of Vessel Protector QK
Supplement form: Sugar-coated tablets
Ingredients list: maltodextrin, sorbitol, microcrystalline cellulose, natto powder, magnesium stearate, compound coating agent (pharmaceutical grade vinyl alcohol polymer, polyethylene glycol)
Active Components: Bacillus natto, premium small molecular peptides, natto kinase (thrombolytic enzyme QK), superoxide dismutase (SOD), bioactive polysaccharides, isoflavones, lecithin, vitamin K2
Benefits:
Suggested use:
Warnings:
Vessel Protector QK Proves Its Worth Through Solid Data
A total of 2.8 million participants took part in the clinical trial involving the efficacy of Vessel Protector QK dated between January 2016 to June 2017. The research data collated demonstrates that Vessel Protector QK helps to reduce symptoms related to:
Plaque in carotid artery in neck – 87.3%
Hypertension – 84.9%
Hyperlipidaemia – 74%
Hyperglycaemia – 75%
Varicose veins in lower limbs – 81.2%
How do I know if Vessel Protector QK really works for me?
What to check:
Whether Vessel Protector QK works for you is more than merely receiving favourable outcomes for your medical check-ups, it’s also about positive transformation in your sense of wellbeing and physical appearances.
Research and Development of Vessel Protector QK
Professor Wang Yefu, from the School of Life Science Wuhan University, was the main driving force behind the discovery and development of Vessel Protector QK, a process that took him more than ten years of his scientific pursuit. His research team focused their scientific efforts on the arduous process of fermenting soy using different probiotic strains of Bacillus subtilis var. natto to produce the subject of interest – natto kinase enzymes, which were then isolated and tested for their efficacy. Extensive comparison studies were conducted on nearly 10,000 strains of Bacillus subtilis var. natto found worldwide until the team discovered a particular super strain which secreted a highly specific natto kinase enzyme that dissolves blood clots and plaques effectively with no detectable toxic side effects, as well as resisting disintegration by gastric acid which makes it an ideal candidate for oral consumption. And this strain of discovery was named by Professor Wang Yefu as Bacillus subtilis QK.
Using a combination of modern genetic engineering technologies and traditional crafts in soy fermentation, the genome of Bacillus subtilis QK was further enhanced to optimise its biological activity and specificity in only breaking down the fibrin component of blood clots, thrombus and plaques. The fermented cultures are then made to pass through numerous filtration and purification processes to obtain a final product purity of 99% and above. To date, Professor Wang has successfully obtained three major patents for his invention as well as twenty over patented auxiliary technologies for the production of Vessel Protector QK.
How does Vessel Protector QK dissolves blood clots and plaques effectively?
The enzymatic function of Vessel Protector QK to break down blood clots and plaques is closely related to the thrombolytic capability that we are naturally born with. The homeostasis of our blood is dependent on checks and balances generated through the interaction of our clotting mechanism, anti-clotting mechanism and fibrinolytic mechanism. As the name implies, our fibrinolytic system works through the plasmin, a protease enzyme whose biological function is to degrade the fibrin mesh that holds a blood clot and plaque together.
First, let’s have a basic understanding about the various players that make up the human fibrinolytic system. One of its fundamental and core components is the plasminogen that turns into plasmin enzyme under the action of activating molecules. Other components include inhibitory molecules that prevents the activation of plasminogen or inactivate plasmin enzyme itself.
The table below is a simplified illustration of the various components that make up our human fibrinolytic system:
Activation Pathway of Plasmin Enzyme:
Plasminogen (synthesised in liver) > t-PA (synthesised by endothelial cells lining the blood vessels ) and u-PA (synthesised in kidneys) > Plasmin enzyme
The activating action of t-PA and u-PA on plasminogen is then being regulated by the inhibitory activity of PAI-1 and PAI-2, and it is precisely this antagonistic mechanism of activation and inhibition that fine-tunes the biological activity of the plasmin enzyme.
How does Vessel Protector QK work so well to dissolve blood clots and plaques effectively?
Why should we care about the health of our blood vessels?
Fact: 95% of chronic diseases diagnosed medically are directly related to the abnormal functioning of our blood vessels
The length of arteries, veins and capillaries in the human body add up to a sum total of 96,000km, long enough to circle round the entire earth 2.7 times. Aging sets in the moment our blood vessels start to deteriorate. Put it another way, when our blood vessels function well without any blockages and the blood transported within the vessels are cleansed properly, we remain youthful and healthy.
Unfortunately, our modernised environment as well as our lifestyles filled with easy conveniences and speed are the very scourges that harm the health of our circulatory system which leads to the formation of arterial plaques as early as childhood. Such formations increase at a rate of 1% to 3% annually that eventually turn into bigger plaques around the age of 40 and likely to obstruct 30% – 40% of the blood vessels; then it reaches approximately 50% blockages around 50 years old and above, and this usually marks the beginning of developing a chronic health condition for life.
Facing such a great possibility of a grim future, it is absolutely critical that we grasp essential knowledge about the condition of our blood vessels and blood so that we can take better care of our physical health and lower the risk of being diagnosed with chronic diseases.
Firstly, let’s understand the definitions of a few key substances that are formed in response to changes occurring in the blood and blood vessels.
The difference between a blood clot, thrombus and plaque
A blood clot is a clump of blood cells and other substances that occurs when blood hardens from a liquid to a solid. When a blood clot forms inside one of your veins or arteries, it is called a thrombus.
On the other hand, a plaque is made up of deposits of fatty substances, cholesterol, cellular waste products, calcium and fibrin. It usually builds up in the arteries which causes the artery walls to become thickened and stiff.
Though blood clots, thrombi and arterial plaques differ by definitions, all three share a commonality. That is, all three contain the insoluble fibrin proteins that form their most important structural building block. This cross-linking fibrin meshwork acts like the steel rods framework of a building that must be erected before other building materials such as sand, brick and cement fill up the spaces in between.
Next, why does a blood clot and a plaque form in the first place?
As a matter of fact, blood coagulates to form blood clots is an important protective mechanism of the body, which ensures a person does not die from the unfortunate situation of losing too much blood because of injuries. We must remember that human blood is the carrier and transporter of many different biological substances essential for life and survival, therefore any substantial amount of blood loss is akin to depleting the vital life force of man.
For the purpose of giving a simple illustration of the blood clotting process, let’s imagine a few scenarios that happen commonly in everyday life: we scrape our knees during a fall or have a finger cut by a sharp knife accidentally. As long as the open wound is small, our naked eyes only see the wound stop bleeding after cleansing it with running water and applying antiseptics solution. What goes undetected on a molecular level is the onset of a cascade of biochemical signals that is put into motion by the skin cells the moment they are being damaged by external forces. This triggers the clotting mechanism in the blood to form a blood clot that temporarily plugs up the open wound. At the same time, the biochemical signals also attract and direct the immune cells both circulating in the blood and within the skin tissue to the site of damage, so that the immune cells will engulf and destroy any pathogenic micro-organisms that may invade the body through the open wound to cause infection.
Next, under the influence of growth factors and cytokines secreted by the immune cells, the neighbouring skin cell types surrounding the damaged skin tissue are stimulated to grow and divide which will heal and repair the open wound. At this stage, the fibrinolytic mechanism is also activated to gradually dissolve the blood clot and this starts to tone down the biochemical signals and minimises inflammation which continues until the damaged part is completely replaced by new skin cell types and this marks the end of the healing process in the body.
Up to this point, some readers may feel perplexed: since our body is equipped naturally with both a clotting and fibrinolytic mechanism to maintain blood flow in homeostasis, why on earth would plaques build up in the arteries to cause constricted blood flow? Because the development of arterial plaques works completely different from that of a blood clot formation and there are numerous external as well as internal factors which induces arterial plaques to form more easily.
A plaque forms when low density lipoprotein cholesterol gets deposited on the inner lining of an artery. To get rid of it, the body marshals white blood cells to trap the LDLs which become foamy cells instead that ooze more fat and cause more inflammation. That stimulates muscle cells in the artery wall to multiply and form a cap over the area. The real danger occurs when the affected blood vessels become too narrow that cut off critical blood supply or they are so hardened which rupture suddenly under a surge of blood pressure leading to a blood clot, and all these unfortunately may lead to a heart attack, stroke or even death.
What are these factors that cause blood clots and arterial plaques to form more easily in the body?
Other than genetic factors that predispose a person to blood clotting disorders, there are three major causes that accelerate the formation of blood clots and arterial plaques as we age, namely damaged blood vessels, dysfunctional state of the blood and slow-moving blood flow.
Blood Vessels
Frequent injury of the blood vessels is a leading cause of blood clot and plaque formation. The inner walls of the blood vessels are subjected to cellular damage because of the following reasons:
Changes to the State of Blood
This is primarily due to dysfunctional changes occurring in certain blood cells such as the platelets, clotting factors, anti-clotting factors, plasmin enzyme and thickening of the blood.
Blood platelet changes
Malfunctioning clotting factors
Reduced activity of plasmin enzyme
The natural process of aging causes the plasmin enzyme to become less active biologically. In addition, cardiac problems caused by narrowed coronary arteries, hyperlipidaemia, diabetes and obesity all affect the optimal functioning of the plasmin enzyme which increases the rate of blood clot and arterial plaque formation.
Increased viscosity of blood plasma
When body temperature drops from 37oC to 22oC, blood viscosity will increase to 60% – 70%; elevated levels of circulating fibrinogen, globulin or lipids in the blood will cause the blood to become more sticky which slows down the speed of blood flow.
To summarise: persistent damage to the blood vessels, hyper-activated blood platelets and/or clotting factors, reduced biological activity of the plasmin enzyme, viscous blood and slow blood flow in which a combination of these factors contribute to a greater probability of forming blood clots or plaques in the human body.
Putting the above illustration into perspective, the following occurrences in daily life will escalate the risk of forming blood clots and building up arterial plaques in our blood vessels:
Once we are medically diagnosed with chronic health conditions like hypertension, diabetes, hyperlipidaemia and obesity, the propensity to form more blood clots and arterial plaques which gradually obstruct blood flow in certain parts of our body will only increase with aging.
What physical problems will arise as a result of blood clot and plaque formation?
Generally, most people do not feel any physical discomfort when the blood vessels are 20% clogged. Even when there is about a 40% blockage, a person merely feels somewhat fatigued which tends to be brushed off as nothing unusual. However, if the blood vessels are narrowed to 50% build up of plaque, the homeostatic dynamics of the human body is being disrupted that leads to unstable fluctuations in blood pressure, occasional sleeplessness and reduced immunity; 70% obstruction will produce uncomfortable symptoms in the heart, chest tightness, palpitations, dizziness or headaches, decline of memory; when the body suffers from 80% blockage, the person may start to experience numbing sensations, poor blood circulation in the limbs; if any of the organ systems are clogged 90%, there is an increased risk of bleeding in the brain, stroke or heart attack.
Below is a list of physical symptoms which may be caused by blood clots or plaques in the body:
This shows that one of the underlying causes of most chronic health conditions is the existence of blood clots and plaques in the body, therefore it is of utmost importance to remove any blood clots and plaques in the blood vessels. In order to maintain our physical health, we must learn to read the signals produced by our body in the form of pain and discomfort, because as the saying goes, prevention is better than cure. As long as we keep our blood cleansed and our blood vessels clear of any blockages, our physical body will certainly function in optimal wellness. And the unique anti-coagulating abilities of Vessel Protector QK in dissolving and preventing the formation of blood clots and arterial plaques are definitely one of the most effective weapons we can wield in our quest to age in grace and comfort.