Manacells
On addition of Mana to patients WBCs. The spicular irregular WBCs retrodifferentiate to primitive type of cells called as Manacells with smooth round surface exhibiting VIBGYOR under white light and a uniform halo around the cells. This can be observed under high magnification. Different specimens from different patients and yet the Mana effect can be demonstrated again and again showing the reproducibility of the experiment.
Plasma and Mana after filtering with 0.2 micron membrane filter are just present as clear fluids, devoid of any grossly seen particulate matter even under high magnification. On addition of Mana to patients plasma DNA genesis takes place within seconds under the influence of Morphogenetic field of the patient. The DNA belongs to the patient and this has been proven by separate studies done at different laboratories all over the world.
DNA GENESIS
The chains of bioengineered DNA when observed under the microscope at low and high magnification respectively under white light. These particles are DNA can be confirmed by the special DNA stains that bring out fluorescence of the particles under ultraviolet light. When the plasma and Mana are added the magnification is kept low at 10X and when a particle appears that is over 10 microns in size in can be seen at this magnification. This is so that at low magnification we have a greater field of view and can easily see where the particle is being made in a particular specimen, once an area of genesis is seen the magnification is moved up to 40X and then again at 100X where the pleats and folds of the long DNA chains can be distinctly made out.
DNA WITH DIGITAL INTERFERENCE CONTRAST HIGH END INVERTED MICROSCOPE
The size of the DNA chains ranges from 50-200 micron when the specimen of plasma and Mana are stored for over one week under refrigeration of 4 to 8 degrees Celsius, this i s larger than the Manacells present in the blood whose size ranges from 1-11microns. These can be observed using Digital Interference Contrast inverted microscope. These high end microscopes have the capacity of measuring the DNA and are seen in a negative field, akin to the phase contrast microscope.
DNA CONFIRMATION WITH PROPIDIUM IODIDE STAINS ORANGE RED IN UV LIGHT
Confirmation of DNA genesis is done by testing it against Propidium iodide dye which stains DNA as orange red when viewed under ultraviolet illumination, however this is also specific for RNA thus showing the tenacity of having both RNA and DNA generated with the Mana effect.
DNA CONFIRMATION WITH DAPI STAIN UNDER WHITE LIGHT AND UV LIGHT SHOWING BLUE FLUORESCENCE
The bioengineered DNA chains viewed under white light can be confirmed with DNA staining dye DAPI which gives blue florescence under ultraviolet light using inverted microscope. This stain is specific for DNA thus when confirmation of short or long chains of DNA is required it is the stain of choice. Once the DNA is seen to form under low magnification the stain is added and then moved into a higher magnification to clearly demonstrate DNA GENESIS
DNA CONFIRMATION WITH ACRIDINE ORANGE WITH WHITE LIGHT AND UV LIGHT SHOWING GREEN FLUORESCENCE
DNA viewed under white light and confirmed with DNA staining dye Acridine orange which gives green florescence for DNA when excited under ultraviolet light using high magnification in high end microscopes. The stain is specific for DNA when the green fluorescence is seen. Since it intercalates with the DNA chain specificity of the stain is maintained.
DNA HARVESTING WITH MICRON MANIPULATOR 0.5 MICRON GAUGE
Harvesting of bioengineered DNA using micron manipulators under sterile conditions so that, it can be used in the patient where DNA injections can be given into dead or dying nerves or tissues. The micron manipulators are small handles fixed to the inverted microscope with sterile ends of 0.5 micron inner diameter capable of entering a cell, here harvesting the DNA that is generated when the patients plasma is admixed with Mana. Since DNA GENESIS takes few seconds the harvesting is complete within minutes and injections loaded on special micro milliliter syringes.