Understanding Live Blood Under the Microscope

It is a fact that the lives and health energies of individuals are displayed in the small drops of their blood. With darkfield microscopy using the darkfield light microscope to assess and investigate the forms and other attributes of individual blood cells can be extremely informative. Frequently there are things that are perceived, which are never observed using the conventional procedure of blood screening or under the conventional microscope. It is certainly interesting to examine the act of life at the cellular level. In itself, live blood microscopy screening with darkfield light microscope is not a diagnostic process. Nevertheless, it can frequently lead the patient in certain direction that needs to undergo further diagnostic examination. The genuine advantage of darkfield microscopy using darkfield light microscope is to illustrate in an incredibly imaging manner the facts of our health. In this case, there is an intention to simply observe the terrain of the blood to get a sight of the total toxic load and resulting status of our health. This has a long-term impression that makes possible a more profound comprehension that is greatly encouraging. The erythrocytes are mainly regular in size and form and seem round circles on a gray background under the darkfield light microscope. The core of the cells is lightened somehow and slightly off white in color as seen under the darkfield microscope. They inhabit freely in their own space, not overlying or bonding together, but softly bouncing off with one another. The white cells or the neutrophils are approximately as big as two red cells or erythrocytes and have a fairly grainy facade with three to four dark, erratically shaped lobes within the cell as viewed through darkfield light microscope. Rather than appearing as round, they show numerous varied forms and are active and motile. In normal blood there are approximately seven hundred to a thousand red blood cells for each white cell. The blood serum enclosing the cells is clear with no bacteria, parasites, clots, or other unwanted floating masses. Platelets are freely floating. Science health care practitioners that utilize a microscope like that of a darkfield light microscope in their practice for patient instruction have a distinct capability to monitor the scope of free radical activity occurring in the body. A small drop of blood from the finger tip is situated on a microscope specimen slide in a series of layers. Subsequent to the drying of the layers, they are viewed under the microscope. Blood is a fascinating sign of health and where free radicals are involved, their action influences blood morphology. Simply stated, once free radicals strike cells, destruction is incurred. The thing that lies between cells and seizes them together is the interstitium, or extra cellular matrix. By means of the free radical strike, cells are destroyed, enzyme movement is disturbed, and the extra cellular matrix surrounding the cells tends to give in. Water soluble fragments of this matrix flow into the blood stream and change the blood clotting cascade. For that effect, the science practitioners discover that blood does not thicken flawlessly. This is one process for changing a normal blood pattern. Examining the blood of the person can be incredibly informative of the total health of the person. Blood from a healthy individual will be uniform in coagulation, and firmly attached. From a person with health difficulties and extra free radical activity, the dried layer blood profile will be severed, displaying puddles of white called the polymerized protein puddles. The more sick the patient with free radical or oxidative stress, the more severed is the dried layer of blood. So it is advised that health must be preserved and regular examination and monitoring of the blood is recommended.