Why did western medicine make illegal darkfield microscopy? This is a darkfield microscopy slide. Light is shown on the microscope slide tangentionally and you can actually see more properties of live blood. We should be looking at live blood in the hospitals, we see this problem for everybody. The doctors can even look at it as well after they've vaccinated the children in their doctor's offices. - Dr. Andrew Moulden, quote from Tolerance Lost.
Live Blood Cell Analysis
http://healthenlightenment.com/live-blood-cell-analysis.shtml
Live Blood Cell Analysis
The pictures below are courtesy of the Enzymology Reasearch Center, Inc.* and are presented to show the relationship between various conditions and the blood.
Photos taken with a dark field microscope
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Normal Red Blood Cell (RBCs) The circulatory system is the means by which oxygen, nutrients, antibodies, and hormones are transported to the cells to keep them alive and functioning. This is how our blood looks when we are experiencing optimum health. The Erythrocytes (cells) are round and separated and move through the capillaries very easily. The average size of healthy RBCs is 7.2 microns |
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Protein Linkage This condition is the first sign of cell stickiness and may progress into rouleau if not corrected. Protein linkage is a sign that excessive protein is being consumed or the protein is not being digested completely. As the cells start sticking together it becomes harder for the heart to push the blood through the veins and arteries. |
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Rouleau When the blood gets to this condition the amount of oxygen that can be transported is severely diminished. This condition is caused by high fat and protein diets and high acidity. Your blood will look like this if you drink one soda and will stay that way for at least two hours. Because your cells are not getting oxygen you will feel tired, have poor digestion, and skin disorders. |
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Erythrocyte Aggregation This condition is one step worse than rouleau. This is often seen in people with degenerative diseases. This is caused by undigested fats and proteins and high acidity. Degeneration of tissue always follows low oxygen and acidity. This condition can precede a blood clot which can cause a stroke or heart attack. |
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Poikilocytosis This condition is caused by free radicals. This also lowers the bloods oxygen carrying capacity and shortens the life if the cell. RBCs don't have nuclei, so they will not mutate, but the fact that there is free radical damage signifies that there will also be damage to the nuclei of tissue cells which is the beginning of mutations that lead to cancer. |
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Microcyte These are small RBCs having a diameter of less than 5 microns. These cells have less hemoglobin than normal cells and is often seen in people with iron deficiency anemia. |
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Macrocyte These cells are greater than 10 microns in size. Macrocytes are often seen in people with hemolytic anemia. |
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Anisocytosis In this condition there are variations in the size of the cells. This is mostly seen in people with low levels of the vitamins B12 and folic acid and the mineral iron. |
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Target Cell These RBCs are deficient in iron and therefore hemoglobin, which is the part that carries oxygen. The symptoms produced in the body are tiredness, poor digestion, and anemia |
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Hemolysis This is literally the destruction of the red blood cell. This can be caused by bacterial infection or any number of toxins introduced into the blood stream. The hemoglobin goes out of the cells interior and diffuses into the plasma. This can also be caused by any hypotonic fluid injected intravenously. Death will follow if not corrected. |
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Fat, Protein, and Liver Congestion |
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Normal Thrombocytes (Platelets) Platelets are small disk shaped components of blood that have an important role in blood coagulation. When a blood vessel is injured the platelets adhere to each other and to the injury to form a plug which stops the bleeding. Platelets number approximately 200,000 to 300,000/cu.mm. |
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Thrombocyte Aggregation When the thrombocytes (platelets) aggregate when there is no injury a very dangerous situation develops. The aggregated platelets can form a clot which can block an artery causing a stroke or heart attack. This clot is called a thrombus. Diets high in fats and proteins or high sugar consumption can create this situation. |
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Spicules (Fibrin) Fibrin are platelets that have changed in shape that form a net-like substance in which blood clots are formed by the entrapment of red and white cells and platelets. When they are formed in the blood when there is no injury there is an imminent danger of a blood clot that can cause a heart attack or stroke. This is caused by liver stress due to incomplete digestion of proteins and fats. |
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Plaque Atherosclerotic plaque is one of the most dangerous conditions in the blood. It can adhere to the artery walls narrowing and hardening them. These crystals are formed when the system becomes acidic and the fatty acids from simple carbohydrates crystallize. |
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Uric Acid Crystal Uric acid is a byproduct of protein metabolization and urea. When the body becomes acidic the urea forms crystals that can lodge in the joints or in the tissues. Uric acid is the cause of gout and one of the causes of fibromyalgia. These crystals are shaped like knives and is the reason it can cause so much pain for people with either of these disorders. |
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Cholesterol Crystal Cholesterol is an important sterol in the body that is the precursor for many important hormones. Only when the body is acidic does the cholesterol crystallize and become a problem. This is probably the most seen crystal in blood analysis, but it's important to realize that cholesterol is not the problem when you see the crystals, acidity is. |
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Echinocyte These are red blood cells that have a thorny appearance. This is usually indicative of kidney stress and crenation (the shrinking of the cell by dehydration). |
| Immune System, Parasites, Bacteria, and Fungal Forms | |
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Healthy White Blood Cell These cells are made up of lymphocytes and leukocytes. They form the basis of the immune system. There are approximately one or two white cells for every 500 red cells. When there is an elevated count it is usually a sign of an infection. The white blood cells protect us from infectious diseases and will destroy any cells that have mutated. |
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Rod Form Bacteria This is an advanced form of a bacterial infection and is regarded as a serious indicator of a weak immune system. These bacteria produce very toxic acid byproducts as a result of their metabolic processes. |
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Parasitized Red Blood Cells This is bacteria or parasites that get inside the cells. Of course the cell will die, and unless they are stopped by the immune system, they will continue to attack other cells. |
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Fungal Forms Fungi can spread throughout your body through the blood and develop colonies. They usually develop slowly and are hard to diagnose and usually resistant to treatment. They are seldom fatal and most of the time go unnoticed. This is a sign of poor assimilation of nutrients and an acidic condition in the body fluids. |
EMF sensitivity and blood
March 2010. Live blood cells came reveal important information about
your health, so I decided to test my own blood. The first time I tested my
blood it was clumped and not looking very healthy and then I realized that I
had been working at my computer prior to testing. So the next day, August
20, I did some timed and controlled sampling. What I found is shown in the
video below. Fortunately, my blood returns to “normal” within 10 minutes
after I stop using my computer. Others may not be so lucky. Live blood cell
analysis, in its simplest form (i.e. examining the size, shape, and clumping
of cells ) may reveal information about electrohypersensitivity that doctors
could use in their clinics and that scientists could use in addition to
questionnaires and other types of testing.
Magda Havas is Associate Professor of Environmental & Resource Studies
at Trent University where she teaches and does research on the biological
effects of environmental contaminants. Dr. Havas received her Ph.D. from
the University of Toronto, completed Post-Doctoral research at Cornell
University, and taught at the University of Toronto before going to Trent
University in Peterborough, Canada.
Dr. Havas’s research since the 1990s is concerned with the biological
effects of electromagnetic pollution including radio frequency
radiation,electromagnetic fields, dirty electricity, andground current. She
works with diabetics as well as with individuals who have multiple
sclerosis, tinnitus, chronic fatigue, fibromyalgia and those who
are electrically hypersensitive. She also conducts research onsick building
syndrome as it relates to power quality in schools.
http://www.magdahavas.com/live-blood-cells-and-electrosmog/
EMF pendants protection?
http://www.blushield-global.com/live-blood-cell-analysis/ - This website has a pendant that they sell. They used Live Cell Analysis to back up their claim that the pendant helps protect against EMF.
https://maisonsaine.ca/sante-et-securite/electrosmog/electrosensitivity-symptoms-eliminated-in-60-of-people-significantly-reduced-in-the-rest-dr-brian-clement.html - Electrosensitivity symptoms can be eliminated in 60% of people and significantly reduced in the rest – Dr Brian Clement
EMF pendants protection?