< Biophoton analysis < > Hagalis crystal analysis >

Dark field blood analysis

Prof. Günther Enderlein

* 1872; Studied natural science, focussing on zoology. Passed with distinction 1906 Cultivation of bacteria from sterile algae protein; 1914 Appointment as staff doctor in Stettin; 1916 Observation of minute moving organisms, concentrating on the work of Bechamp, which was also pioneering at the time. 1925 Publication of the book "Die Bakterien-Cyclogenie" [Bacteria Cyclogenics] now a standard work in pleomorphismology (having multiple shapes). The novelty of the findings and methods included made it necessary to use new terminology. In Berlin, Enerlein founded a microbiology institute where he developed medications from mould cultures. Publication of over 500 scientific papers.

The aim

A specialist microscope was used to measure blood quality. As a control, the blood was examined before and after telephoning on a mobile phone. The microscopic results were assessed visually.

The test

This integrated blood analysis gives experienced therapists information about individual organs and organ systems, as well as about dysbioses, acid/alkali shifts, protein surplus, lactate surplus, trace element deficits, mineral deficits and problems caused by environmental toxins, etc. This is made possible thanks to the 1500x enlargement of transparent structures and micro-organisms in the blood.

The result

Graphical display of the microscopic results

	Image of the blood of a subject before taking any measurements (scale 1:1500)
	Image of the blood of a subject after telephoning for 10 minutes on a mobile phone: Blood platelets stuck together (Diagram on scale 1:1000)
	Image of the blood of a subject after telephoning for 10 minutes on a mobile phone and using the memon® Telephone Transformer (Diagram on scale 1:1500)

< Biophoton analysis < > Hagalis crystal analysis >