What is Blood and What Does it Do

Two types of blood vessels carry blood throughout our bodies: The arteries carry oxygenated blood (blood that has received oxygen from the lungs) from the heart to the rest of the body.

The blood then travels through the veins back to the heart and lungs, where it receives more oxygen. As the heart beats, you can feel blood traveling through the body at your pulse points - like the neck and the wrist - where large, blood-filled arteries run close to the surface of the skin.

The blood that flows through this network of veins and arteries is called whole blood. Whole blood contains three types of blood cells:

Red Blood Cells White Blood Cells Platelets

These blood cells are mostly manufactured in the bone marrow (the soft tissue inside our bones), especially in the bone marrow of the vertebrae (the bones that make up the spine), ribs, pelvis, skull, and sternum (breastbone). These cells travel through the circulatory system suspended in a yellowish fluid called plasma (pronounced: plaz-muh). Plasma is 90% water and contains nutrients, proteins, hormones, and waste products. Whole blood is a mixture of blood cells and plasma.

Red Blood Cells

Red blood cells (RBCs, and also called erythrocytes, pronounced: ih-rith-ruh-sytes) are shaped like slightly indented, flattened disks. Red blood cells contain an iron-rich protein called hemoglobin (pronounced: hee-muh-glow-bun). Blood gets its bright red color when the hemoglobin in RBCs picks up oxygen in the lungs. As the blood travels through the body, the hemoglobin releases oxygen to the tissues. The body contains more RBCs than any other type of cell, and each has a life span of about 4 months. Each day, the body produces new RBCs to replace those that die or are lost from the body.

White Blood Cells

White blood cells (WBCs, and also called leukocytes, pronounced: loo-kuh-sytes) are a key part of the body's system for defending itself against infection. They can move in and out of the bloodstream to reach affected tissues. The blood contains far fewer white blood cells than red cells, although the body can increase production of WBCs to fight infection. There are several types of white blood cells, and their life spans vary from a few days to months. New cells are constantly being formed in the bone marrow.

Several different parts of blood are involved in fighting infection. White blood cells called granulocytes (pronounced: gran-yuh-low-sytes) and lymphocytes (pronounced: lim-fuh-sytes) travel along the walls of blood vessels. They fight germs such as bacteria and viruses and may also attempt to destroy cells that have become infected or have changed into cancer cells.

Certain types of WBCs produce antibodies, special proteins that recognize foreign materials and help the body destroy or neutralize them. Someone with an infection will often have a higher white cell count than when he or she is well because more WBCs are being produced or are entering the bloodstream to battle the infection. After the body has been challenged by some infections, lymphocytes "remember" how to make the specific antibodies that will quickly attack the same germ if it enters the body again.

Platelets

Platelets (also called thrombocytes, pronounced: throm-buh-sytes) are tiny oval-shaped cells made in the bone marrow. They help in the clotting process. When a blood vessel breaks, platelets gather in the area and help seal off the leak. Platelets survive only about 9 days in the bloodstream and are constantly being replaced by new cells.

Blood also contains important proteins called clotting factors, which are critical to the clotting process. Although platelets alone can plug small blood vessel leaks and temporarily stop or slow bleeding, the action of clotting factors is needed to produce a strong, stable clot.

Platelets and clotting factors work together to form solid lumps to seal leaks, wounds, cuts, and scratches and to prevent bleeding inside and on the surfaces of our bodies. The process of clotting is like a puzzle with interlocking parts. When the last part is in place, the clot happens - but if only one piece is missing, the final pieces can't come together.

When large blood vessels are severed (or cut), the body may not be able to repair itself through clotting alone. In these cases, dressings or stitches are used to help control bleeding.

In addition to the cells and clotting factors, blood contains other important substances, such as nutrients from the food that has been processed by the digestive system. Blood also carries hormones released by the endocrine glands and carries them to the body parts that need them.

Now you can View your Blood Alive

The advantage of darkfield illumination is that you can see details that are normally not resolved by the microscopes objective. You can't normaly see the actual detail but because it reflects light you can . A nice analogy is that of dust in a room. In a well lit room you do not see the very small dust particles. However, if the lights go out, a beam of light from an acute angle makes these same particles visible. Besides the optical advantages darkfield illumination is very beautiful and gives an almost science fiction like image.

Darkfield blood analysis uses a high-definition microscope to analyze the  blood. This method is very useful for the early detection of serious health conditions. As the blood is being analyzed under the microscope the images are being passed to a monitor screen where You or a practitioner can analyize and discuss the patient's blood in its living state.

It is a way to look at one drop of your living blood from a simple prick of your finger. That drop is placed on a slide, enlarged and projected onto a monitor. The invisible comes alive as you instantly enter the world of your living blood.

Traditional blood tests use a light source so hot that it kills the blood, and a stain that is looking only for a particular microbe - it is an autopsy of your blood.

Dark field is used for Initial examination of suspensions of cells such as yeast, parasites,bacteria, small protists, or cell and tissue fractions including cheek epithelial cells, chloroplasts, mitochondria, even blood cells Pics

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Darkfield microscopes employ a special contrast enhancing technique known as dark field illumination to produce beautiful images of normally difficult-to-observe biological specimens. Similar to the phenomenon of being able to see stars at night but not during the day, darkfield illumination is most often used with samples that are not easily imaged against a light background, and results in samples that appear bright against a dark background

How to Interpret what you see

Healthy Blood Cells

UnHealthy Blood Cells

Do you see how far apart the blood cells are from each other? As a result, your blood can move freely throughout your entire body, and get into all your small capillaries, providing energy to your whole body. During deep sleep, proper blood flow and hydration is important. When your blood looks like this, your sleep is also really energizing and you need less of it! When your blood is clumped together, it no longer can get to all the little capillaries in your body to give you the life giving oxygen you need. It no longer can give every cell of your body the energizing and rejuvenating effects. This is the major reason why some people feel horrible when they wake up, and why they need to sleep longer. It's also why you tend to wake up feeling dehydrated. In darkfield microscopy, one is therefore able to observe "live blood." Unlike the techniques of electron microscopy, no fixative is used so the picture is one of mobility rather than fixity. With stains and fixatives, the picture reveals a moment in time rather than a continuum. What Makes Up Healthy Blood? What one sees in the mobile situation are the usual red blood cells, white blood cells, plasma—and what is floating in the plasma. Microbial activity, undigested food, fungi, and crystals are all apparent as is the capacity of the red blood cells to circulate and the white blood cells to devour morbid matter.

Darkfield Microscopy
or Live Blood Analysis
(Live Blood Examination in the Darkfield according to Prof. Dr. G. Enderlein)
Darkfield Microscopy or Live Blood Analysis is a way of studying live whole blood cells under a specially adapted microscope that projects the dynamic image onto a video screen. This allows you to view your inner terrain. Digestive, eliminative and immune functions can be assessed as well as the presence of bacteria and other micro-organisms.

The darkfield microscopic examination of the freshly taken live blood is one of the most important examinations of the holistic medicine applied at the Centre. It enables us to view the inner terrain (milieu) and to examine the functions of the red blood cells. It also shows the evolutionary stages of the smallest proteins (endobionts) which are found in every human body. We are also able to see any developed structures such as bacteria, virus and fungus. The darkfield examination shows the state of the blood cells, endobionts and the plasma in a functional and structural way, making bacterial processes and fungal pre-stages in the blood clearly visible.

The darkfield examination is most suitable for the evaluation of chronic diseases; for children who are prone to infections; for recurrent bacterial problems; for candida and other fungal problems and also to answer questions concerning chronic problems of toxicity (e.g. amalgam disturbances).

Using a very fine needle, a drop of blood is taken from the finger and directly placed on a glass slide. Without fixation or colouring, the blood is examined right after taking it through a special darkfield microscope with up to 100x enlargement. You can follow the process via video or Computer screen. The blood can be examined again several hours after taking the sample. This procedure informs us about the speed of degeneration of the cells (shows cell resilience, the immune system and the degenerative tendency).How to Interpret what you see

This examination was developed and described by Prof. Dr. G. Enderlein. With this method he proved that co-relations exist between blood parasites, symbionts, bacteria and fungi. The main proven fact is that chronic diseases are created by increasing sickness tendencies of the endobionts and that bacteria, viruses and fungi developed in the human body, or are changed to pathogenic agents of diseases depending upon the inner terrain (determined by acid-base balance, protein content and level of trace elements). The existence of pre-stages which are not yet able to make one ill but that can endanger an illness can also be found in the darkfield examination. Therefore it is also an important preventative tool.

Many cancer patients have poor oxygenation of their blood. Low hemoglobin, clumped red blood cells (rouleau), infections, and toxicity can affect oxygenation, vitality, and health. The picture to the left vividly demonstrates how impossible it is for the red blood cells to circulate and transport oxygen. From a health perspective, this condition is an accident waiting to happen.

Laser Blood Cleanser Every once in a while a technology is introduced that transforms the landscape of health care. Low Level Laser Therapy is a perfect example of such a development. It is well accepted, painless and, bottom line, it gets results. Laser Blood Cleanse Dark Field Results More Prices

Blood under darkfield. Microscopic examination which is moderately to strongly infested (source: Blood examination in darkfield, Semmelweis Verlag 1993 ISBN 3-925524-01-0) (Blood examination according to Prof. Dr. G. Enderlein) Darkfield Microscopy is an important holistic diagnostic instrument used in practice. It gives information about the terrain, e.g. hyperacidity, lack of energy and dynamics and the functionality of blood cells. Prof. Dr. G. Enderlein (1872-1968) observed in darkfield microscopic examination of blood the tiniest moving beings , which seem to be primitive forms of either bacteria or fungi. These so-called Endobiont change the hydrogen-ion con centration (pH) of the blood. Also Intoxication such as with heavy metal (e.g. mercury) can be made visible. For the examination we need only a drop of blood from the fingertip or the ear. Observation of the blood sample in the darkfield microscope gives information within 15 min. after hours or even days we find further information regarding the condition of the immune system, cellular resistance and the disposition towards the growing or regeneration of possible tumors. Cancer, for example, cannot be seen but the weakness of the immune system or the degeneration of the blood cells can be made visible which is invaluable in early treatment. More Pics

Cleanse The Blood The Bob Beck Protocol Simply Put The Blood zapper emits pulsed micro-amps causing the blood and tissue cell membranes to oscillate, thereby interfering with the microorganisms ability to parasitize the cell by entering it an using its componenets and protection from the immune system. The cell membrane opens and closes rapidly, flushing the serum in and out, taking with it microorganisms which would otherwise be using the cell interior for its store of nutritional reserves and as an environment in which to replicate or develop into more advanced phases of manifestation. Simultaneously, nutrients are carried in and out, and feed the cell at a much more effective level. Ozone stimulates interleukin II, alkalinizes the body through the production of ash, oxygenates the blood and tissues, and provides higher forms of oxygen (03 through 013?, or higher depending how it is produced) which share electrons with bacteria, virus, fungus, toxins, chemicals, and reduce all to ash or nonpathogenic forms. Colloidal silver interferes with the enzyme system that the anaerobic microbes use for respiration. Therefore they cannot mutate around it or become resistant and are eliminated instead. Special care must be taken with colloidal silver to use one that is strong enough and simultaneously supplement the gut flora, as the silver can also interfere with aerobic microorganisms. Failing to supplement the flora, or using a product that only contains 3 to 5 parts per million of silver, appears to be the main limitations in terms of effectiveness. Elimination of blood pathogens can be verified by examining blood under dark field/phase contrast microscopy More

1. Blackground, Darkfield Microscope

Darkfield is the method whereby the sample being viewed is actually in front of a dark background and light is being angled onto the sample from the sides.

Under phase contrast conditions, the light coming through the specimen is shifted into two beams, one slightly out of phase with the other. This gets a little complicated to explain easily, but as far as equipment concerns, you need two matched items in order to get phase contrast. You need a phase annulus, and the matching lens objective. For instance, if you want 40x magnification phase contrast microscopy, you need a 40x phase lens, and a matched 40x phase annulus. If you want 100x phase, you need the 100x lens and the matched 100x phase annulus.

Both the techniques of darkfield and phase contrast allow nearly invisible microorganisms within the blood to be "lit up" and seen. It also clearly delineates the blood cells. This method is in contrast to the standard microscope "brightfield" conditions where light shines directly through the viewed sample, and invisible particles remain invisible.

A. Base Assembly include: CCD color camera and Microscope
CCD - Charged Coupled Device. This is the electronic eye - the chip inside the video camera where the microscope specimen image gets focused. The light gets translated into electronic impulses, and it ends up on the video monitor/TV.l

VIDEO RELAY LENS / VIDEO COUPLER - This is the lens assembly that couples the video camera to the microscope. This can often have a magnification or de-magnification capability. A 1x coupler gives no magnification, but simply focuses the beam of light from the microscope objective above the specimen, directly to the electronic video chip (CCD - eye) of the video camera. As any standard video relay lens projects an image to the camera, the ultimate magnification factor to the television monitor given the x magnification factor of the coupler, is going to be a direct function of the vertical distance that the CCD chip is to the coupler itself. See video zoom.

B. 2 Ocular, 4 Obeject lens: 4x. 10x, 40x, 100x, 4x and 10x is for the bright background, 40x and 100x for the black ground.

BINOCULAR/MONOCULAR) - This is the assembly that the eyepiece objectives fit into and allows you to peer at your specimen. Tri - means there is a space (or tube) for two eyepieces and a third tube, usually on top, that can hold another eyepiece, or more typically a photo camera, video assembly, etc.

3. In general, darkfield microscope need an additional darkfield condenser to complete its function. when the operator tests live blood, has to set the darkfield condenser first. After that, he has to take off the darkfield one, uses the brightfield condenser to observe dry blood. The operational procedure is complex.

CONDENSER - This is the lens assembly that sits underneath the stage and focuses light through the specimen to the lens objective. Abbe condenser (named after Ernst Abbe who worked for Carl Zeiss in the late 1800's) is the standard brightfield condenser which focuses light for 4x to 100x objectives. For objectives less than 4x power, an additional "swing out" condenser is typically required to get a full field of view at the lower magnification.

Our Microscope, has obtained three patents, not only display a very clearly image under the darkfield, but also freely switch between darkfield and brightfield.

There is only one adjustor ring under the conserder of our blackfield microscope. The adjustor ring puts in the Position A when starts to observe the live blood. We simply turn the adjustor ring to Position B then can test dry blood under the brightfield. The whole procedure is very easy. There is no need to purchase other device and the improvement decreases your cost and saves your time.

Dark Field Microscope

Includes Click Here

Clear Image, simple operation, low cost,
2. Galleries
3. Free Accessories include:
A. Aluminum alloy carrying with foam liner; (570x270x400mm 20kg)
B. External capture card;
C. Software
D. Box of 50 blank Microscope slides;
E. Bag of 100 Lancets;
F. Lancing device;
G. 100 Pieces cover slips;
H. Rubber Bulb;
I. Halogen Bulb (6V, 20 Watts) and Tube fuse;
J. Lens Paper;
K. Training Book;L. Dust cover

Dark Field Microscope Includes Click Here Recommended Retail $NZ4477.95 aprox $US3000.00

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It should be noted that Live Blood Analysis is not a diagnostic procedure. This method was designed as a screening test to take the guesswork out of selecting the appropriate supplements for the individual patient.