ELECTRON TANSPORT
AND THE WORK OF WILLIAM FREDERICH KOCH, MD
by Dr. Lawrence Wilson
© February 2013, L.D.
Wilson Consultants, Inc.
All
information in this article is for educational purposes only. It is not for the diagnosis, treatment,
prescription or cure of any disease or health condition.
William
F. Koch, MD was a brilliant physician who lived in the late 19th to
the mid-20th century. For a time,
he was the medical director of the Detroit Women's Hospital. At the end of his life
he was actually exiled from the United States for his discoveries about
cancer. He died in South America
in 1967.
Dr.
Koch is best known for the discovery of several anti-cancer remedies that were sometimes called Òanti-cancer vaccinesÓ, though they
had nothing in common with modern vaccines. Among them were parabenzoquinone
and glyoxylide.
These may be available today, but if they are,
they are not the same as the ones he invented, which were far more
powerful. While designed to combat
cancer, originally, they could also help with many other diseases.
Dr.
Koch was also known as a brilliant researcher on
oxidative respiration or oxidative metabolism. For this reason, the main thrust of this article is about
oxidative metabolism, a topic that is of vital importance if one wishes to
understand how nutritional balancing science works.
WHAT IS OXIDATIVE METABOLISM?
Oxidative
metabolism is the unique human method of producing energy at the cellular
level, within the mitochondria of each cell. It is unique because, although animals and some plants share
the method to some degree, it is mainly a human method of energy
production. In fact, because it is
so efficient, it allows most higher thought and other
higher energy functions that humans can accomplish, but not lower life
forms. This is important for
nutritional balancing, which seeks to restore oxidative metabolism or oxidative
ÒrespirationÓ, as it is falsely called in biochemistry
books.
Oxidative
metabolism depends not only on the glyolysis
and Krebs or carboxylic acid cycles functioning properly. It also depends upon the less well known biochemical pathway called the electron
transport system. In this
system, electrons shuttle between molecules of NAD
and NADH, and this generates at least half of a
personÕs high-energy ATP, assuming that person is healthy, which is rare today.
In
fact, few are healthy these days and, as a result, their energy output
falls. This always lands them in a
slow oxidation situation, which we always seek to remedy by various means at
our disposal. Among holistic
practitioners, some describe this as mitochondrial dysfunction. The questions are, why does it occur
and what can be done to reverse it.
WHY DOES THE ELECTRON TRANSPORT SYSTEM FAIL?
A
lower energy state due to a faulty electron transport system can be due to any
number of toxins that get into the cells.
It can also be due to generalized nutritional depletion, along with
toxic metal substitution in the enzyme binding sites of the electron transport
system. One of these enzymes is NADH, for example.
The
electron transport system requires the B-complex vitamins, manganese, zinc,
copper and iron, among other nutrients.
However the nutrients must be in the right
form, and these are more difficult to obtain. One cannot simply eat them because many foods have them in
incorrect form today, especially fruits.
This is just one reason we do not recommend eating any fruit today.
Fertilizers, fruit and more. As to why fruit today all contains
incorrect forms of some vital minerals, it is complex. In part, it is due to almost universal
use of superphosphate fertilizers that do not properly nourish the plants, but
actually stimulate them, instead.
It is also the result of general depletion of the soils in many areas of
the world.
Some
of our vegetables, meats, eggs and other foods also have this same problem to
some degree, though it is less critical than the problems with fruits. However, the overall result is that the
electron transport system begins to decline in power in almost everyone by the
age of 10 or so. At this time, the
person usually moves into a state of slow oxidation, as reported on a properly
performed and properly interpreted hair tissue mineral test. (At this time – 2013 – I
have not found a reliable way to measure the oxidation rate in the blood, urine
or by other common tests.)
HOW DOES THE ELECTRON TRANSPORT SYSTEM PRODUCE ATP?
Basically,
one molecule of ADP (adenosine di-phosphate)
is connected to one molecule of NADH via a special
double-bonded carbon atom. This
bond is called the carbonyl double bond. Then a molecule of phosphorus is bound
to the molecule of NADH, also by a special type of
double bond, though it is not a carbonyl bond. The double bonds are critical, as they seem to allow
electrons to flow easily across from one of the compounds to the other. This is why the system is called electron transport.
The
next step is that the phosphorus is released onto the
ADP, forming the higher energy compound called ATP. The NADH becomes NAD, which is recycled back and used over
again, just as ATP (adenosine tri-phosphate) is recycled as ADP and used again. This is the basic mechanism.
This
mechanism sounds simple, but it is anything but simple. Dr. Koch worked for years to understand
it, and his insights are found in the biochemistry
books. What is
not known, however, is how nutrition figures into the system. Here is the basic setup:
Phosphorus, as you might imagine, is
central for the electron transport system. It is the Òfiery elementÓ needed to hold a high electrical
charge and deliver it to where it is needed in the body.
Copper
is needed to transform the P or phosphorus atom from a
simple phosphorus atom or compound into the high-energy phosphorus compound
needed for ATP.
Iron
is needed to transform the NADH
so that it can receive the P and be attached to the ADP.
Manganese
is needed in other steps, earlier in the Krebs or
carboxylic acid cycle and glycolysis cycle.
Other nutrients
such as coenzyme Q-10 (ubiquinone) are involved, as
well, but are not as critical as the minerals, in most cases.
Amigos or oxides harmful.
The forms of copper, iron, manganese and other elements in the system are
critical. For example, most adults
have too much of the Òamigo formsÓ of iron, manganese and even copper in their
electron transport system. This
damages the chemical reaction badly.
The
so-called Òamigo formÓ is an oxide, in most cases, and it is not the most
active form or compound of the minerals.
To read more about this, read The Amigos
– Iron, Manganese and Aluminum on this website.
This
is the basic mechanism of the electron transport system. It looks simple in the biochemistry
books, but it is not, and the nutrients above, perhaps with others, too, are absolutely needed in the right amounts and proportions
to make it work right.
A PURE BIO-ENERGETIC APPROACH TO HEALTH AND HEALING
As
you can see, minerals play a vital role in the electron transport system! As a result, if anything goes wrong
nutritionally, energy production is seriously compromised,
and that is exactly what we observe in clinical practice. The ultimate result is every disease
imaginable, just depending upon where the energy problem occurs, such as in the
liver or kidneys, or elsewhere.
This might be called a purely bio-energetic understanding of
health and disease. The idea is that if oneÕs energy is high enough, health
occurs, if energy production decreases, then tissue breakdown, invasion by
pathogens, inflammation, necrosis, or tumor formation may occur, and disease is
the result.
NUTRITIONAL BALANCING AND ELECTRON TRANSPORT
Nutritional
balancing science is geared to correcting the electron
transport system better than any other system I have seen. Many doctors today offer methods to deal
with mitochondrial dysfunction such as the use of anti-oxidants, B-complex
vitamins, and others. However, we
find these are not enough, and they often unbalance the body chemistry when not
applied correctly.
Unfortunately,
unbalancing the body with nutrients and foods is common. However, when the body is out of
balance, the enzyme substrates are not correct and the enzymes do not function
well, even if the nutrients are provided.
Dr.
EckÕs unique contribution, which I have continued to refine, but in most cases
left unchanged, is to assess exactly how much to give of each nutrient and
food.
The
methods used to help restore the electron transport system are to improve
nutrition, elimination of toxins, balance of the autonomic nervous system,
enhance etheric or subtle energy, enhance nerve
energy through proper care of the spine, improve the channel system of the
body, and more. For example, a
properly designed nutritional balancing program will:
1.
Make the body more yang. This helps detoxify the body more than any other
method. Also important is to avoid
excess yin such as eating sugar, fruit and other yin foods such as nuts and
seeds.
2.
Balance the Na/K ratio. This
improves the electrical balance of the cells, which is needed
to allow the electrons to jump from the NadH to the
phosphorus.
3.
Balance the oxidation ratio. This
allows the body to produce more energy because it helps balance the enzyme
substrates needed for thousands or millions of enzyme reactions throughout the
body.
4.
Send more energy downward. This
increases energy production by adding more etheric
energy to the body.
5.
Correct autonomic imbalances such as yang rising and sympathetic dominance.
6.
Use chiropractic, reflexology, coffee enemas and other methods to balance and open
the spinal channels and other channels of energy in the body.
Avoiding all the other nutrients is just
as important because they will interfere with the desired nutrients, competing
with them for absorption in the intestines, and sometimes competing for
metabolic utilization, as well.
These
problems are very common, I find, when clients see other practitioners who are
using symptomatic methods or what I call Òthe garbage pailÓ approach to
nutrition. This is the method of
just filling a person with nutrients, like filling a pail with water, and it
ignores the antagonisms and competition between nutrients that always
occurs. It is also the problem of
the Òbalanced dietÓ. The diet must
be correct the client, not ÒbalancedÓ.
Nutritional
balancing depends upon delicate balancing of the major tissue mineral levels
and ratios in a particular way, and this is the only way I have found to
properly recommend foods and supplementary nutrients. This is the main difference between this method and all the
others.
References
A website with much more about Dr. KochÕs work
is http://www.williamfkoch.com
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