READING YOUR BLOOD TEST RESULTS
When the body breaks down nucleic acids, specifically, their
purine bases are turned into uric acid, which must be excreted
through your kidneys. Traditionally, a high uric acid level in the
blood is thought to be bad (and even causes gout), while a low
uric acid level is thought to be good, reflecting efficient kid-
neys.
But in cancer, the uric acid level is often much too low, and
again, this is not due to having superior kidneys. I think it is be-
cause there is a lack of purine bases that uric acid comes from.
Certainly the Syncrometer detects no purine bases in tumorous
organs.
Why is your body short on purines? The correct answer
must wait for more research, but five possible explanations
come to mind:
- Bacteria are eating the purines.
- Excess ammonia is making too many pyrimidine bases.
This in turn is using up an equal number of purines (all of
them, in fact) when double strands of nucleic acid are
being made. - Purines can’t be made because they require glutamine,
and glutamine is being destroyed by glutaminase, and
glutaminase production is being stimulated by malonic
acid. - A blocked urea synthesis cycle may be related to low uric
acid levels. Cancer patients typically reveal low urea lev-
els (BUN), implying cycle blockage, and when urea is
fed, the uric acid level rises, too. - Maybe some purines exist, but the enzyme, xanthine oxi-
dase, which transforms purine bases into uric acid, is
missing.
It’s even possible that all of the above are responsible in
varying degrees! But if I had to pick a single culprit, it would be
Clostridium. Every time the uric acid level is too low, the Syn-
crometer finds Clostridium bacteria present in some tissue. As