Live and Dry Blood Analysis
Live blood analysis gives the practitioner a glimpse of the internal environment, referred to as the terrain of the patients body. It shows how the patients lifestyle has impacted on their health. It also provides a measurement tool, to compare over time, how the patient's internal terrain is changing. Live blood analysis is a helpful tool in identifying underlying weaknesses, imbalances and nutritional deficiencies that can lead to chronic health conditions. This technique is not a diagnostic procedure for any specific disease. This tool allows for nutritional and lifestyle changes to be made, which may assist in the prevention of chronic and degenerative conditions.
The analysis requires a drop of blood taken from the patients finger, which is analyzed under high magnification using a specialized microscope. Various blood morphologies and abnormalities can be identified. These insights allow for deeper understanding of the client's state of health
Dry blood analysis is used in conjunction with live blood analysis. For this test, a single drop of blood is pressed onto a slide in eight consecutive layers, and allowed to dry. This technique uncovers valuable clues to potential degenerative patterns. The oxidation of the blood and toxins present create characteristic patterns, which allow for identification of the organs holding toxins, which are under stress to be identified.
The analysis requires a drop of blood taken from the patients finger, which is analyzed under high magnification using a specialized microscope. Various blood morphologies and abnormalities can be identified. These insights allow for deeper understanding of the client's state of health
Dry blood analysis is used in conjunction with live blood analysis. For this test, a single drop of blood is pressed onto a slide in eight consecutive layers, and allowed to dry. This technique uncovers valuable clues to potential degenerative patterns. The oxidation of the blood and toxins present create characteristic patterns, which allow for identification of the organs holding toxins, which are under stress to be identified.
