SYNCROMETER BIOCHEMISTRY
amines) pyruvic aldehyde may be “on” only briefly (one min-
ute) while thiourea is “on” for many minutes. In healthy tissues
(without bacteria, without amines) pyruvic aldehyde and
thiourea are “on” one minute each, in perfect alternation.
Exp. 6 Restoring Bases
Purpose: to compare purine and pyrimidine bases in normal
and tumorous organs.
Materials: four purines (guanosine, adenine hydrochloride,
xanthine monosodium salt, inosine), three pyrimidines
(cytidine, uridine, thymidine) (all from ICN except thymidine
from Sigma), six clostridium species used in Experiment 2, tis-
sue samples used in Experiment 2.
Methods: Test for all bases (or derivatives) at a normal,
handicapped, or tumorous organs. Test for Clostridium presence
in the same organs.
Conclusion: when clostridium bacteria are Positive, all four
purines are absent while pyrimidines sound exceptionally high.
(Remember, though, the Syncrometer cannot make quantity
measurements). When clostridium species are gone, all seven
bases are present. Try eating sardines (one can a day) to supply
the missing bases. Does it work?
Exp. 7 Inositol Benefits
Purpose: to observe vitamin C and rhodizonate being
formed in the body after eating inositol.
Materials: L-ascorbic acid, rhodizonic acid potassium salt,
inositol (Spectrum), dehydroascorbate (Sigma), tissue samples
used in Experiment 2.
Methods: find an organ, possibly your handicapped organ,
that has neither ascorbic acid nor dehydroascorbic acid and is
negative for inositol and rhodizonate, also. This establishes the
situation before eating inositol. Eat ½ tsp. inositol dissolved in