e changes in their lives, or they have other priorities.

The history of Live and Dry Blood Analysis is a fascinating one and worthy of further investigation. It has been studied by many eminent researchers over the last 80 years for the purpose of identifying the physiological and biochemical causes of disease processes. Images of Live and Dry Layered blood have been captured and recorded and it has been the experience of many researchers that certain medical conditions produce the same images in blood time and again. Following blood analysis, patients are frequently surprised to be informed of a condition which they hadn’t revealed to the consultant.

In a nutshell, we know what the healthy optimum blood sample should look like and we know what is not healthy; most people’s blood falls somewhere in between. Achieving perfe

Your blood could be viewed as the river of life; it is the substance that carries oxygen, water and nutrients to all your organs and tissues. It therefore makes perfect sense, that imbalances seen in the blood will affect the organs and tissues leading to malfunction and atrophy. If the red blood cells are anything other than perfect in shape, structure, flexibility and fluidity, then their ability to travel around the body and deliver the vital level of oxygen and nutrients is severely compromised. This translates into low energy production, fatigue and a general sense of feeling unwell. There are obviously many degrees of this condition.

Live and Dry Layered Blood Analysis

Although these two evaluation methods have been in existence for many years, their practice and acceptance in the mainstream of medicine is still very much limited or neglected altogether. Their not being taught at medical school is the main reason for this neglect, and how many GPs have the time or inclination for further study, when they are so often bogged down with administration and an ever-increasing patient load.

Apart from anecdotal evidence and an arbitrary sentiment that the patient feels a bit better, complimentary or alternative medicine frequently lacks evidence that a positive change has taken place, at least, not the hard evidence sought by orthodox medicine.

One could argue of course, that orthodox medicine itself offers little proof of positive long-term change, as often it only suppresses the symptoms of ‘dis-ease’ which later recur as something more serious.

Over recent years some nutritional medicine has mirrored the orthodox approach, i.e. find a pill for an ill. Press articles and advertisements regularly extol the benefits of this or that latest nutritional supplement and a willing public snap them up at the health store, hoping each time to have found the panacea to all their ills. Anecdotal evidence strongly suggests such wonder remedies are dutifully taken for a few weeks and then abandoned as soon as the next wonder compound appears. The results can be little more than a cupboard full of half-finished bottles with varying expiry dates.

Such behaviour patterns are perfectly understandable; people wish to feel better and will therefore try new products on trust. They may though be unclear about time-frames for success, and we know from experience how difficult it can be to commit people to taking their supplements for an extended period. This occurs even when supplements have been deemed appropriate and essential through accepted clinical testing methods. However I have witnessed vastly increased motivation and adherence to nutritional programs when visual images are displayed to the patient. Such images provide a clear and accessible picture of the individual’s short and long term health – a picture that indeed “speaks a thousand words” as the ancient Chinese proverb puts it.

When patients see their blood on a TV monitor and then compare it with a picture of the ideal, the response is usually interesting. There is often an expression of shock, followed by the patient resolving to work at matching their own blood to the ideal.

Some people of course will resign themselves to the fact that they will never have perfect blood; for varying reasons they are not yet ready to make positive changes in their lives, or they have other priorities.

The history of Live and Dry Blood Analysis is a fascinating one and worthy of further investigation. It has been studied by many eminent researchers over the last 80 years for the purpose of identifying the physiological and biochemical causes of disease processes. Images of Live and Dry Layered blood have been captured and recorded and it has been the experience of many researchers that certain medical conditions produce the same images in blood time and again. Following blood analysis, patients are frequently surprised to be informed of a condition which they hadn’t revealed to the consultant.

In a nutshell, we know what the healthy optimum blood sample should look like and we know what is not healthy; most people’s blood falls somewhere in between. Achieving perfec

much limited or neglected altogether. Their not being taught at medical school is the main reason for this neglect, and how many GPs have the time or inclination for further study, when they are so often bogged down with administration and an ever-increasing patient load.

Apart from anecdotal evidence and an arbitrary sentiment that the patient feels a bit better, complimentary or alternative medicine frequently lacks evidence that a positive change has taken place, at least, not the hard evidence sought by orthodox medicine.

One could argue of course, that orthodox medicine itself offers little proof of positive long-term change, as often it only suppresses the symptoms of ‘dis-ease’ which later recur as something more serious.

Over recent years some nutritional medicine has mirrored the orthodox approach, i.e. find a pill for an ill. Press articles and advertisements regularly extol the benefits of this or that latest nutritional supplement and a willing public snap them up at the health store, hoping each time to have found the panacea to all their ills. Anecdotal evidence strongly suggests such wonder remedies are dutifully taken for a few weeks and then abandoned as soon as the next wonder compound appears. The results can be little more than a cupboard full of half-finished bottles with varying expiry dates.

Such behaviour patterns are perfectly understandable; people wish to feel better and will therefore try new products on trust. They may though be unclear about time-frames for success, and we know from experience how difficult it can be to commit people to taking their supplements for an extended period. This occurs even when supplements have been deemed appropriate and essential through accepted clinical testing methods. However I have witnessed vastly increased motivation and adherence to nutritional programs when visual images are displayed to the patient. Such images provide a clear and accessible picture of the individual’s short and long term health – a picture that indeed “speaks a thousand words” as the ancient Chinese proverb puts it.

When patients see their blood on a TV monitor and then compare it with a picture of the ideal, the response is usually interesting. There is often an expression of shock, followed by the patient resolving to work at matching their own blood to the ideal.

Some people of course will resign themselves to the fact that they will never have perfect blood; for varying reasons they are not yet ready to make positive changes in their lives, or they have other priorities.

The history of Live and Dry Blood Analysis is a fascinating one and worthy of further investigation. It has been studied by many eminent researchers over the last 80 years for the purpose of identifying the physiological and biochemical causes of disease processes. Images of Live and Dry Layered blood have been captured and recorded and it has been the experience of many researchers that certain medical conditions produce the same images in blood time and again. Following blood analysis, patients are frequently surprised to be informed of a condition which they hadn’t revealed to the consultant.

In a nutshell, we know what the healthy optimum blood sample should look like and we know what is not healthy; most people’s blood falls somewhere in between. Achieving perfe

d a pill for an ill. Press articles and advertisements regularly extol the benefits of this or that latest nutritional supplement and a willing public snap them up at the health store, hoping each time to have found the panacea to all their ills. Anecdotal evidence strongly suggests such wonder remedies are dutifully taken for a few weeks and then abandoned as soon as the next wonder compound appears. The results can be little more than a cupboard full of half-finished bottles with varying expiry dates.

Such behaviour patterns are perfectly understandable; people wish to feel better and will therefore try new products on trust. They may though be unclear about time-frames for success, and we know from experience how difficult it can be to commit people to taking their supplements for an extended period. This occurs even when supplements have been deemed appropriate and essential through accepted clinical testing methods. However I have witnessed vastly increased motivation and adherence to nutritional programs when visual images are displayed to the patient. Such images provide a clear and accessible picture of the individual’s short and long term health – a picture that indeed “speaks a thousand words” as the ancient Chinese proverb puts it.

When patients see their blood on a TV monitor and then compare it with a picture of the ideal, the response is usually interesting. There is often an expression of shock, followed by the patient resolving to work at matching their own blood to the ideal.

Some people of course will resign themselves to the fact that they will never have perfect blood; for varying reasons they are not yet ready to make positive changes in their lives, or they have other priorities.

The history of Live and Dry Blood Analysis is a fascinating one and worthy of further investigation. It has been studied by many eminent researchers over the last 80 years for the purpose of identifying the physiological and biochemical causes of disease processes. Images of Live and Dry Layered blood have been captured and recorded and it has been the experience of many researchers that certain medical conditions produce the same images in blood time and again. Following blood analysis, patients are frequently surprised to be informed of a condition which they hadn’t revealed to the consultant.

In a nutshell, we know what the healthy optimum blood sample should look like and we know what is not healthy; most people’s blood falls somewhere in between. Achieving perfe

plements have been deemed appropriate and essential through accepted clinical testing methods. However I have witnessed vastly increased motivation and adherence to nutritional programs when visual images are displayed to the patient. Such images provide a clear and accessible picture of the individual’s short and long term health – a picture that indeed “speaks a thousand words” as the ancient Chinese proverb puts it.

When patients see their blood on a TV monitor and then compare it with a picture of the ideal, the response is usually interesting. There is often an expression of shock, followed by the patient resolving to work at matching their own blood to the ideal.

Some people of course will resign themselves to the fact that they will never have perfect blood; for varying reasons they are not yet ready to make positive changes in their lives, or they have other priorities.

The history of Live and Dry Blood Analysis is a fascinating one and worthy of further investigation. It has been studied by many eminent researchers over the last 80 years for the purpose of identifying the physiological and biochemical causes of disease processes. Images of Live and Dry Layered blood have been captured and recorded and it has been the experience of many researchers that certain medical conditions produce the same images in blood time and again. Following blood analysis, patients are frequently surprised to be informed of a condition which they hadn’t revealed to the consultant.

In a nutshell, we know what the healthy optimum blood sample should look like and we know what is not healthy; most people’s blood falls somewhere in between. Achieving perfe

e changes in their lives, or they have other priorities.

The history of Live and Dry Blood Analysis is a fascinating one and worthy of further investigation. It has been studied by many eminent researchers over the last 80 years for the purpose of identifying the physiological and biochemical causes of disease processes. Images of Live and Dry Layered blood have been captured and recorded and it has been the experience of many researchers that certain medical conditions produce the same images in blood time and again. Following blood analysis, patients are frequently surprised to be informed of a condition which they hadn’t revealed to the consultant.

In a nutshell, we know what the healthy optimum blood sample should look like and we know what is not healthy; most people’s blood falls somewhere in between. Achieving perfect blood is not always the answer to a person’s ailments, but it can contribute to the alleviation of many problems and to the long-term maintenance of general health. In addition to this, knowing one has optimum blood provides for a certain degree of confidence and peace of mind, those with optimum blood being less likely to succumb to a chronic illness, although of course this is never guaranteed. Periodic monitoring of blood provides insights into the nutritional or lifestyle changes necessary to maintain healthy blood and thus a healthy body.

It is important to point out that Live and Dried Blood Analysis is not a diagnostic tool and cannot determine whether or not a patient has a particular disease. It will however, identify and illuminate the imbalances which have led or are leading to, a worsening of a current condition.

Procedures

Live Blood Analysis

The clinical application of Live Blood Analysis involves taking a small sample of blood from the fingertip and placing it on a slide for observation under a special microscope. The images are then projected onto a TV monitor or computer screen for the practitioner and the patient to observe together.

This observation process tends to involve the patient more closely in his or her own unique physiological make-up and thereby increase interest in their personal health program.

The observations are recorded and the patient is provided with a report detailing the implications of their blood picture. Copies of the pictures are also given to the patient. The results and images are recorded for comparison at the next appointment. These records enable the practitioner to monitor positive change in the patient’s blood as the recommended program is followed. When the blood quality has improved the patient leaves the clinic pleased that their dietary and lifestyle changes have been successful. They should also be confident of continuing dividends in terms of their long-term health.

Dry Layered Blood analysis

This test involves taking 8-10 spots of blood on a slide, allowing them to dry, and then observing the patterns that form under the microscope. These patterns provide insights into any imbalances present in the organs and systems of the body.

The dry blood spot is compared to a hologram of the human body rather as, in Iridology the various rings in the sample represent a different part of the body. Therefore, where an abnormality appears in the bloodspot, it tells the practitioner approximately where a problem is occurring in the body. An important aspect of this test is that each spot represents a time frame. The first and largest spot of blood taken reflects the current day, the latter spots provide a reflection of the patient’s health many months or even years previously and will highlight the more deep-seated and/or chronic issues underlying the current symptomology. How this historical model works is little understood, however, it has been observed by numerous researchers that as a person heals, it is the first and largest blood spot on the slide that corrects itself towards the healthy sample first, followed by the second and then the third, etc, etc over a period of months, as the patients health problems reverse.

These blood-spot observations are cross-referenced with existing medical conditions or signs and s