|
Optimal Nutrition For People
With Cancer
The diagnosis of cancer dares
one to imagine one's life differently. And here is one of
the paradoxes of life: a good understanding and practice of
sound knowledge of nutrition for individuals with cancer is
both pleasurably simple and immensely complex. In this
chapter, first I will present the pleasurable simplicity of
this subject and later I will address the matter of
complexity.
The two areas in which cancer
dares one to imagine one's life differently such imagination
is needed most are:
● Spiritual sunshine for
nurturing one's core; and
● Optimal choices in the kitchen for nurturing
one's body.
I discussed the first of those elements in the chapter
entitled "A Day of Divinity." I address the second element
in this chapter with specific recommendations about the most
desirable, the less desirable, and the least desirable food
choices, as well as foods that are best avoided altogether.
The three primary metabolic derangements of cancer
cells, as I explain at length in the earlier chapters, are
the following:
● Excess acidity (acidosis):
● Incremental free radical activity (oxidosis); and
● Impaired oxygen metabolism in cells (the dysox state,
dysoxygenosis).
The control of the above three
primary cellular metabolic derangements in
individuals with cancer, as discussed earlier, constitutes
the Oxygen Protocol for cancer treatment. The application of
the Oxygen Protocol, however, needs to be individualized
according to the specific needs of an individual.
Eat what is right for you and habit will make it agreeable, so goes an old
saying. That simple philosophy must be accepted as the centerpiece of the
nutritional plan for controlling cancer. Neither the denial of dieting nor the
euphoria of eating helps long-term in imagining both a higher level of
nourishing the body and implementing a food plan that sustains us as well as
addressing the crucial issues of excess acidity (acidosis), incremental free
radical activity (oxidosis), and impaired oxygen energetics of the cells (dysox,
dysoxygenosis). In this context, foods with high potassium and magnesium
contents are of special value (listed in Table 1).
I want to state unequivocally in the beginning of this
chapter that "Dr. Ali's breakfast" (described in detail
later) is the single most important part of the
eating and hydrating regimen for addressing the three primary
metabolic derangements of cancer cells
identified above. I furnish my reasons for making this
statement in the section on that subject.
In certain kinds of cancers, the
"begin-low-build-up-strong" strategy is
acceptable. However, other cases of advanced cancer, the
"begin-high-sustain-strong" approach is urgently needed.
I explain this crucial point at length in this chapter.
Even in such cases, it is often possible to make
intelligent exceptions for certain food items which have
beenCand
continue to beCof
special interest for the patient. However, such
exceptions should be considered under the supervision of
an experienced clinician.
A TIME TO BE A SPRINTER, A TIME TO BE A MARATHON
RUNNER Clearly, the metabolic threats faced by a woman with a
small-sized thyroid cancer located well within the
capsule (fibrous envelope) of the gland are very
different from those encountered by a woman with
widespread metastatic colon cancer.
In cases of advanced cancer, there are times when every
molecule of excess acid, every unneeded free radical,
and every stressor on oxygen homeostasis makes a
difference in the effectiveness of a total integrative
treatment. At such a time, it is critically important
to follow the food choice plan completely. I call that
mode the sprinter modeCone
throws against cancer cells every possible
block. In contrast, there are non-urgent clinical
situations in which an individual with cancer has more
time to study texts on nutritional needs (like this
one), learn and understand the principles of good
nutrition, and gradually implement the chosen food plan.
Under such conditions, it is not necessary to obsess
about every molecule of excess acid, every unneeded free
radical, and every stressor on oxygen homeostasis. It is
then not essential to be a skunk in every garden party.
For instance, one can have a piece of one's daughter's
or granddaughter's birthday cake, take a few bites, and
discretely discard the rest. I call this the marathon
modeCone
can afford to make intelligent exceptions to a plan for
an individual with cancer. I strongly urge the reader
to read the chapter entitled "Cancerization/De-Cancerization
Conflicts" again to get a clear grasp of the principles
that underlie my guidelines in this chapter.
In a clinical setting, only an experienced clinician can
guide the patient when it is essential to be in a sprinter
mode and when one can afford to be in a
marathon mode.
SWITCHING
FOOD PLAN In the long-term control of
cancer, changing clinical conditions require appropriate
adjustments in all components of the Oxygen Protocol,
including the food plan. Thus, when aggressive cancers
are controlled with the sprinter mode, it is possible to
switch from the sprinter to the marathon mode under
certain conditions. On the other hand, when clinical or
laboratory metrics (parameters) indicate spread of a
previously dormant cancer, it becomes necessary to
switch from the marathon mode to the sprinter mode. I
illustrate the need for such switches with some examples
in this and other chapters of
The Crab, Oxygen, and Cancer
All types of acute and chronic infections favor the
growth of cancer cells by worsening the local and/or
systemic acidity, by increasing free radical activity,
and by enlarging the deficit of functional oxygenCthe
three furies of infections fan the fires of the three
cancer furies, so to speak. Excess acidity, increased
free radical activity, and deficit of functional oxygen,
of course, are the three primary threats created by
cancer cells. Thus, one would expect all infections to
tilt the cancerization/de-cancerization equation in
favor of cancer cells and against healthy cells which
are trying to contain or kill cancer cells. This is a
point of crucial clinical significance for individuals
who have cancer, as well for the physicians who treat
cancer. I have seen a large number of patients who had
stable cancers and who were destabilized by infections,
such as pneumonia, persistent sinusitis, recurrent
urinary infections, and others. I saw the evidence for
that in rising values of tumor markers, symptoms caused
by tumors, and increased size of growth as determined by
various scanning technologies.
I make the second point by re-visiting the events of
September 11, 2001. On that day, New Yorkers were deeply
violated. The toxicity of the collapsing vortex of World
Trade Center turned into terror at the cell membranes of
the citizens, and the terror of the 9/11-related events
turned into toxicity at the cell membranes. The
short-term and long-term biologic consequences of the
events of that day were entirely predictable. In early
2002, I published September Eleven, 2005 as a
book of predictions in a fictionalized past sentence.
Sadly, all those predictions came true. Most of my
patients with cancer were deeply affected by that
combination of terror and toxicity. Specifically, many
of my patients with prostate cancer showed sharp rises
in their PSA values (PSA, the abbreviation for
antigen-specific antigen, is a marker for prostate
cancer) associated with increased urinary symptoms
caused by prostatic tumors. My colleagues and I managed
those cases by intensifying our treatment plans for themCby
switching from the marathon to the sprinter mode.
Fortunately, within months the PSA values in all cases
returned to pre-9/11 values with relief of urinary
symptoms, and we were able to switch back to the
marathon mode of treatment.
WHAT IS A GOOD
MEAL?
What is a good meal for a person
with cancer? This is an important question. Here is my
definition of a good meal: ● A good meal is a meal
that we can respect
● A good meal is a meal that respects us.
● A good meal is a meal that is not acidifying.
● A good meal is a meal that does not create incremental
free radical activity.
● A good meal is a meal that does not jeopardize oxygen
metabolism.
● A good meal is a meal that does not plunge us into
molecular roller-coasters (rapid disabling
hypoglycemic-hyperglycemic shifts, adrenaline surges,
and acetylcholine and other neurotransmitter flashes).
● A good meal is a meal that leaves us light and energetic
after we finish it.
● A good meal is a meal that sustains us with vigor and
vitality until the next meal.
● A good meal, as the ancients proclaimed, is a meal that
stops just short of full satiety and does not cause undue fullness in the stomach.
SPECIFICS OF A GOOD MEAL FOR CONTROLLING CANCER
A good meal is a meal that contains: ● Sizeable portions of raw foods;
● Contains organic and uninjured foods;
● Rich in potassium, magnesium, and other minerals.
Potassium chloride salt (salt substitute) is a good
option.
See Table 1 for list of foods.
● Ample uncooked oils, such as flaxseed oil, extra virgin
olive oil, and pumpkin seed oil;
● Does not have any trans fats and deep fried foods.
● A good
meal is a meal that contains the minimum possible amounts of
sugar.
OPTIMAL HYDRATION AND BREAKFAST
The issues of optimal state of hydration and optimal
breakfast are the two most crucial aspects of the
needed nutritional support for all individuals with
cancer. Water is not considered a food, although it
should be. Depending on the frame (height and weight) of
the individual, two and one-half to five quarts of
fluids per day are recommended. Coffee, tea, and sodas
(if such drinks cannot be completely avoided) do not
count as water. Herbal teas count as desirable portions
of daily required water amount. With optimal hydration,
salt restriction does need to be a restricted concern. I
return to these subjects after presenting the general
guidelines about food choices.
FOUR KITCHEN PLANS
In that light, I offer guidelines concerning food
choices in the following broad categories:● Pre-invasive cancers (Plan A)
● Early, small-sized cancers (Plan B)
● Large, regional cancers (Plan C)
● Widespread (metastatic) cancers and cancers under
treatment with radiotherapy
and/or chemotherapy
(Plan
D).
Before
furnishing my guidelines for the above categories, I
include below my notion of what a good meal should be.
PLAN A: FOR PRE-INVASIVE CANCER
● Focus on deeper understanding of why some food
choices are good and others are not (see The
Butterfly and Life Span Nutrition for
detailed information);
● No need for stressful dramatic changes;
● Slow and steady approach to increasing the frequency of
intake of foods with high contents of potassium and
magnesium listed in Table 1;
● Slow and steady approach to increasing the frequency of
intake of foods in the "first choice" and "second
choice" columns in Tables 2 and 3;
● Steadily reduce the intake of "de-oxygenizing foods"
listed in Tables 2 and 3;
● Assure optimal hydration and avoidance of
sugar/insulin/adrenaline roller-coasters;
● Never miss breakfast;
● Eat more raw foods;
●
Increase the intake of foods rich in potassium,
magnesium, and other minerals;
● Sources of sugar should be limited to fresh fruits
(limited use of desserts prepared with Stevia sweetener
allowed); and
● Eliminate packaged and deep-fried foods.
PLAN B: FOR EARLY, SMALL-SIZED CANCERS
● Learn and re-learn why some food choices are good and
others are not (see The Butterfly and Life Span
Nutrition for detailed information);
● Increase the frequency of intake of foods with high
contents of potassium and magnesium listed in Table 1;
● Increase the frequency of intake of foods in the "first
choice" and "second choice" columns in Tables 2 and 3;
● Do not consume "de-oxygenizing foods" listed in Tables 2
and 3;
● Assure optimal hydration and avoidance of
sugar/insulin/adrenaline roller-coasters;
● Never miss breakfast;
● Eat more raw foods;
● Increase the intake of foods rich in potassium,
magnesium, and other minerals;
● Sources of sugar should be limited to fresh fruits
(limited use of desserts prepared with Stevia sweetener
allowed); and
● Eliminate packaged and deep-fried foods.
PLAN
C:FOR LARGE, REGIONAL CANCERS
● Focus on foods with high contents of potassium and
magnesium listed in Table 1;
● Maximize the frequency of intake of foods in the "first
choice" and "second choice" columns in Tables 2 and 3;
● Completely avoid "de-oxygenizing foods" listed in Tables
2 and 3;
● Assure optimal hydration and avoidance of
sugar/insulin/adrenaline roller-coasters;
● Never miss breakfast;
● Eat more raw foods, especially uncooked-choice one
vegetables (see Table 3);
● Sources of sugar should be limited to fresh fruits
(limited use of desserts prepared with Stevia sweetener
allowed); and
● Completely eliminate packaged and deep-fried foods;
● Intravenous nutrient and oxygen therapies strongly
advised;
● Learn and re-learn why some food choices are good
and others are not (Read and re-read chapters
8 and 9 of formation); and
●
"A Day of
Divinity" for seeking strength and fortitude
from within.
PLAN D: WIDESPREAD (METASTATIC) CANCERS AND
CANCERS UNDER TREATMENT WITH RADIOTHERAPY AND/OR
CHEMOTHERAPY
●
Receive intravenous nutrient and oxygen
therapies that are very valuable to overcome the
digestive/absorptive problems;
●
Absolutely no sugar from any and all
sources;
●
Eat foods with high contents of
potassium and magnesium (listed in Table 1) at least twice a
day;
●
Limit yourself to foods in the "first
choice" columns in Tables 2&3;
●
Completely avoid "de-oxygenizing foods"
listed in Tables 2 and 3;
●
Assure optimal hydration and avoidance
of sugar/insulin/adrenaline roller-coasters;
●
Never miss breakfast;
●
Consider all raw food kitchen plan for
four to six weeks, then do that plan on alternate week
basis;
●
No sugar of any source until the
situation is stabilized. Honey also excluded. (Limited use
of desserts prepared with Stevia sweetener allowed)
●
Completely eliminate packaged and
deep-fried foods;
●
Learn and re-learn why some food
choices are good and others are not (Read and re-read
chapters 8 and 9 of The Butterfly and Life Span Nutrition
for detailed information); and
●
Read and re-read the chapter entitled
"A Day of Divinity" for seeking strength and fortitude from
within.
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Table 1. Highly Recommended Foods For Their
Potassium and Magnesium Contents
|
|
Food Item |
Serving size |
Potassium |
Magnesium |
|
Beet green |
1 cup |
1309mg |
98 mg |
|
White beans |
1 cup |
1189mg |
134 mg |
|
Potato with skin |
1 potato |
1081mg |
101 mg |
|
Soy bean |
1 cup |
886 mg |
108 mg |
|
Figs |
4 figs |
542 mg |
44 mg |
|
Prune juice |
1 cup |
707 mg |
36 mg |
|
Yogurt (preferably of goat
milk) |
1 cup |
531 mg |
39 mg |
|
Almonds* |
2oz. |
412 mg |
156 mg |
|
Brazil Nuts |
2oz. |
340 mg |
128 mg |
|
Baked Beans |
1 cup |
752 mg |
81mg |
|
Kidney Beans |
1 cup |
713 mg |
72 mg |
|
Lima Beans |
1 cup |
955 mg |
81mg |
|
Halibut |
1 cup |
490 mg |
91mg |
|
Pinto beans |
1 cup |
800 mg |
94 mg |
|
Chickpeas |
1 cup |
477 mg |
79 mg |
|
Lentils |
1 cup |
731 mg |
71mg |
|
Tuna |
3 oz |
484 mg |
54 mg |
|
Brocoli |
1 cup |
456 mg |
37 mg |
|
Spinach |
1 cup |
839 mg |
163 mg |
|
Tomatoes |
1 cup |
400 mg |
134 mg |
|
Artichoke |
1cup |
595 mg |
101 |
*The intake of almonds and other nuts should be limited or
avoided by individuals with food allergy.
Explanatory Comments (Tables 2 and 3)
First choice: To be consumed as frequently as possible.
Second choice: Some of the time, eaten in rotation.
Items included in the last categories are not advised
because of their negative (direct and indirect) effects on
oxygen.
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Table 2. Food
Priorities For Controlling Cancer
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|
BEVERAGES |
PROTEINS |
FATS |
|
FIRST CHOICE |
FIRST CHOICE |
FIRST CHOICE |
|
Green tea
(most highly recommended)
Rosemary tea
(highly
recommended)
Ginger tea, Spring Water, Fresh
organic vegetable juice, Bottled
organic vegetable juice, Carbon-filtered tap
water, herbal
teas, Grain coffee
seed milks (in rotation)
Recommended total daily fluid amount: three to
four quarts depending upon the body size |
Protein Powder
Hunted fish
Egg
Lentils - beans
Duck - quail
Game meats (venison,
elk, antelope, rabbit,
pheasant wild buffalo,
Sand Guinea hen)
Whole grains,
Spirolina plankton
Tofu - Tempeh
|
Olive Oil
Pumpkin seed oil
Ghee (clarified butter)
Butter
Sesame oil
Flaxseed oil
Avocado oil
*cold-pressed oils are preferred
|
|
SECOND CHOICE |
SECOND CHOICE |
SECOND CHOICE |
|
Bottled spring water
Bottled deep-well water
Mineral water
Fruit teas
Grapefruit - Apple juice
Soy milk, diluted
Rice milk, diluted
Sheep-goat-buffalo's
milk |
Chicken
Turkey
Goat
Shellfish
Cornish hen
Farm-raised fish
Sheep
Lamb |
Safflower oil
Sunflower oil
Soybean oil
Peanut oil
Canola oil
*cold-pressed oils are preferred
|
|
DE-OXYGENATING FOODS TOTAL ABSTINENCE ADVISED |
|
All cow=s
Milk
All soda
Grape/Cranberry/Orange/ Coconut juices
Nut milks, diluted
Salted vegetable juice
Coffee\common black tea
Chocolate drinks\shakes, Alcohol |
Beef
Veal
Pork
Deli meats
Highly-processed meats
Highly-spiced meats
Sodium rich proteins
Tuna, swordfish, mackerel (due to high mercury
content) |
Corn oil
Cottonseed oil
Margarine
Vegetable shortening
Animal fats
Cholesterol-free fatty foods |
|
Table 3. Food
Priorities For Controlling Cancer
|
|
CARBOHYDRATES |
FRUITS |
VEGETABLES |
|
FIRST CHOICE |
FIRST CHOICE |
FIRST CHOICE |
|
Brown rice, Wild rice
Oats, Amaranth, Millet
Artichoke, Quinoa
Tapioca, Milo, Spelt, Kamut, Teff , Sunflower
seeds, Sesame seeds, Pumpkin seeds, Potato with
skin,
Potassium- and magnesium-rich grains (see Table
1)
White rice (recommended here because of its easy
digestibility) |
Figs, Blueberries
Pomegranate
Peach - Pear
Cherries - Berries
Avocado - Papaya
Guava - Persimmon
Rhubarb
Green apple |
Daikon, Burdock,
Red radish, Squash,
Chinese cabbage, Turnips, Okra, Peas, Shiitake
Mushrooms,Lotus
root , Ginger,
Green beans,
Collard - Kale,Spinach Artichoke,
Asparagus, Beet green,
Brussels sprouts,
Broccoli - Cauliflower,
Celery, Cucumber,
Garlic,
Cabbage,
Onion, Red
Sand
green peppers,
Edamame (young soy
beans) Sea weeds |
|
SECOND CHOICE |
SECOND CHOICE |
SECOND CHOICE |
|
Rye
Buckwheat
Barley
Yam
Wheat, Corn |
Lemon, Lime
Prune, Watermelon
Kiwi, Grapefruit
Cantaloupe
Banana
Unripened |
Romaine lettuce
Iceberg lettuce
Boston lettuce
Carrot, Onion
Eggplant, Tomato
Mushrooms, Beets |
|
DE-OXYGENATING FOODS TOTAL ABSTINENCE ADVISED |
|
White rice - Cashews
Brazil nuts - Chestnuts
Pecans - Peanuts
Walnuts
Sugar (see guidelines for various stages of
cancer)
Sodium-rich carbohydrates |
(Fruits with high sugar content)
Orange, Pineapple
Coconut, Strawberries
Grapes, Honeydew
Mangoes, Dates, Raisins, Polished fruits, Dried
fruits |
|
RECOMMENDED READING:
Please read and re-read chapters 8 & 9 of
The
Butterfly and Life Span Nutrition for an in-depth
discussion of the foods discussed on this chart.
PREDIGESTED GRAINS
Not
uncommonly, individuals with cancer have clinically
significant digestive-absorptive disorders as a
consequence of various types of cancer treatments. Such
problems are usually far worse in individuals with a
history of the so-called irritable bowel syndrome,
gastro-esophageal reflux disease (GERD), stomach ulcers,
and various types of colitis. I recommend that such
individuals consider various types of predigested foods,
such as goat yogurt, kafir, fermented soy foods in
moderate amounts, and others. The protocols for
predigested and overcooked grains furnished below is
especially valuable for such individuals.
OVERCOOKED GRAINS
1. Select 4 - 5 different grains, lentils, and beans
2. Keeping grains seperated - soak one-half or one cup
of each grain overnight in seven seperate containers
with 1 tsp of plain yogurt.
3. Wash the grains next day and pat dry with a paper
towel.
4. Put the grains into seperate containers to freeze.
5. Each day, take one container out when you are ready
to use it, and add three to four cups of water (half as
much for one cup), in a pot or pressure cooker.
6. Add a little salt, clarified butter, ginger, onion or
garlic (to your taste).
7. Cover and cook on medium heat.
8. The grain is usually overcooked in 45 to 75 minutes
(different times for different grains). It should have
the consisitancy of thick soup or stew.
9. Season with spices to taste.
Take frequent small portions throughout the day if you
have a history of digestive-absorptive difficulties.
VEGETARIAN DIET FOR CANCER
Much has been written about the vegetarian diet for
individuals with cancer. I have not excluded animal
proteins from my food plans because it is nearly
impossible to obtain the necessary first class proteins
from an exclusively vegetarian diet. I do recommend a
predominantly vegetarian diet. I might add here that
nearly everything written to advise completely
vegetarian diet for cancer has been written by
individuals who neither have extended clinical
experience in treating individuals with cancer treatment
nor have documented their clinical results obtained with
their food plans. It remains a matter of belief. Some
authors have spoken strongly against eggs on the ground
that eggs "feed the problems caused by arachidonic
acid." The logic of that statement escapes me. Again, I
have not been able to find anything against eating eggs
from any of the authors who have inspired confidence in
me.
WHY FUSS ABOUT BREAKFAST
Unless held in abeyance, an individual with cancer is
likely to wake up in the morning and begin to recycle
the misery of the initial diagnosis of cancer. When that
is not sufficient, her/his mindCthe
cortical monkey in autoregulation languageCis
likely to precycle fear, future misery. The muscles and
joint tissues wake clumsy from hours of inactivity. The
bowel wakes up sluggish. The blood glucose is low from
the overnight fast. Diurnal rhythm affects other aspects
of metabolism as well. The whole body calls for a
functional upgrade, which requires a sound breakfast,
noncompetitive limbic exercise, and a surrender to one's
divinity. A tall order! Not really. I know that from
years of guiding my patients with cancer in achieving
that. Indeed, I spend more time during my visits with
them on this subject than any other single matter. The
cortical monkey is a hardy being. And yet, it does not
know quite how to cope with one's own Divinity. (I am
grateful to the nurses and nutritionists at the
Institute who diligently and patiently explain to our
patients all aspects of our nutritional protocols, and
so permit me to select areas of my personal focus.)
There is never a
valid reason for missing breakfast.
Many patients tell me they missed their breakfast
because they were not hungry. I explain that was so
because their metabolic rhythm has been disrupted.
Rising at 7 am following a dinner at 8 pm the evening
before, of course, means a fasting of 11 hours. Fasting
means hypoglycemia and acidosis. Extending that period
for another two or three or more hours essentially sets
a person up for major hypoglycemic-hyperglycemic shifts
that trigger insulin and adrenergic roller coasters. In
individuals with neurotransmitter volatility
C
persons with predisposition for anxiety, sadness, or
depression
C
extension of fasting can trigger any or all of those
symptoms. For others without such vulnerability, it is
really a matter of time until they also succumb to undue
tiredness or mood difficulties caused by
glucose-insulin-adrenaline-neurotransmitter shifts.
Breakfast, as I indicate earlier, is the single most
important part of the eating and hydrating regimen
for addressing the three primary metabolic
derangements of cancer cells: excess acidity,
incremental free radical activity, and impaired cellular
oxygen metabolism. Dr. Ali's breakfast has the following
goals:
1.
It should set the stage for an active, vigorous, and
healthful day with sustained energy.
2. It should support the functions of
the bowel, liver, hormone organs, brain, and other
tissue.
3. It should sustain the long-term
goals of controlling cancer and preventing of chronic
fatigue, which is often seen after cancer therapies (as
well as the prevention of degeneratory disorders, such
as osteoporosis, heart disease, stroke, diabetes, and
memory difficulties).
With those
goals in mind, the following objectives of a breakfast
seem desirable to me:
1.
Overhydration of cells throughout the body during the
morning hours; 2. Maintenance of the blood glucose
levels within a narrow healthful zone to avoid rapid
hypoglycemic-hyperglycemic shifts, and to prevent
insulin-adrenergic roller coasters initiated by those
shifts; 3. Tonification of the bowel
musculature and stimulation of the emptying reflexes; 4. Provision of special support for
the hepatic redox-restorative detoxification pathways; 5. Provision of restorative oils for
optimal biomembrane functions, especially in the brain; 6. Provision of raw material for
structural and functional proteins, especially for
generating oxystatic enzymes; and 7. Avoidance of toxic trans fatty
acids, which are common in the standard American
breakfasts.
DR. ALI'S BREAKFAST
I consider
missing my breakfast a violation of the sacred temple
that houses my spiritCan
insult to my physical frame. I learned that crucial
lesson the hard way. Earlier I referred to the absence
of breakfast during my surgical days. That mistake was
continued during two decades of my pathology work as
well. My clinical experience and review of literature
has convinced me:
1.
That the premium nutrient cell membrane preservation and
brain health is flaxseed oil;
2.
That the single best nutrient for the liver
detoxification is lecithin;
3.
That the most desirable prescription for the integrity
of bowel ecology is organic vegetable juice;
4.
That the ideal formulation for the prevention of
sugar-insulin-adrenaline roller coasters is a good
protein powder, comprising 85 to 90% partially digested
proteins; and
5.
That the nutrient of choice for invigorating all
the cells in the body is abundant water.
In view of those
considerations, I prepare my own breakfast (within two
to three minutes) on five or six days a week as follows:
1. I begin
with a 28-ounce mug filled with spring water and one
ounce of seltzer water (seltzer water is unnecessary for
those who prefer plain water).
2. I drink
the above-mentioned fluid volume in portions of five to
seven ounces at intervals, doing limbic exercise
C non-competitive
exercise described later in this chapter
Cbetween drinking. I
take my probiotic protocol (Bifidobacterium and
Acidophilus) when I begin to drink water.
3. I
continue drinking that amount of water, taking
additional supplements, until the mug is empty.
4. Next, I
prepare a 30-ounce protein drink as shown in Table 1.
5. I begin
drinking the above protein protocol, again consume five
to seven ounces at a time, continuing my limbic exercise
and taking additional supplements until both the
complement of supplements and the protein formula is
finished.
6. On
weekends, my wife and I commonly take an egg breakfast
with some fruit.
At the Institute, my
colleagues and I use the following four P&P (partially
digested protein) protocols: (1) Protocol One containing
90% mixture of proteins derived from eggs and milk; (2)
Protocol Two containing 90% soy proteins; (3) Protocol
Three containing 75 to 80 % rice protein; and (4)
Protocol Four containing about 90% of whey protein.
Proteins derived from other sources, such as vegetables,
may be substituted for one or the other of the above
choices. In Table 3, I make some recommendations for the
choice of vegetables for preparing fresh juices.
The flaxseed oil in the
protein drink may be replaced by one of the following
oils: olive, safflower, sunflower, sesame, pumpkin,
avocado, and almond. Additional comments on this subject
are included in the next section. I use the Very Veggie
brand of bottled organic vegetable juice produced by
Knudson Co. For those who can find the time, freshly
squeezed vegetable juice is clearly preferable. To
summarize, Dr. Ali's Breakfast contains the following:
●
Protein* Two heaping tablespoons
●
Flaxseed Two heaping tablespoons
●
Lecithin
One heaping tablespoon
●
Vegetable juice, organic 16 ounces
●
Water
16 ounces
*Individuals with kidney
disease (or elevated blood creatinine levels) need to
seek advice from their doctors about the allowable limit
on protein intake.
OTHER BREAKFAST
OPTIONS
When we do what is right,
habit makes it agreeable. That certainly is true of
eating choices. Taste is an acquired faculty. Organic
vegetable juice added to my protein drink now appeals to
me much more than any fruit juice. It was not so when I
began. The habit one grows into for one's breakfast is
as much a part of the life's track as any other. I
explain those basic aspects of a wholesome breakfast to
every patient who consults me.
Some patients readily follow
my breakfast plan closely, begin to savor it soon, and
report good results within weeks. Others take a slower
approach, adopting my plan partially. Some patients
initially find my prescription for breakfast
unappetizing. The majority of them settle into them
nicely weeks or months later. Yet others ask if they can
replace organic vegetable juice with milk (cow's, goats,
rice or soy). Others wish to add one-half of a banana or
peach or other types of fruit for enhanced taste. Except
in patients with disturbing symptomatology related to
rapid hypoglycemic-hyperglycemic shifts, I accept their
modifications.
I do wholeheartedly endorse an
egg breakfast. Eggs have been maligned for decades by
practitioners of pharmacologic medicine on the grounds
that eggs raise blood cholesterol levels. I dismiss that
as non-sense coming from ill-informed individuals. Not a
single study has shown that eggs increase the incidence
of cardiovascular disease. Indeed, some reports suggest
that eggs-an
excellent source of high-quality liver-friendly lecithin-actually
lower blood cholesterol levels.
Plain yogurt with freshly
ground flaxseed makes for an excellent breakfast. Some
fruit may be added to that for persons without immune
disorders. Other good breakfast options are soy products
commonly recommended by macrobiotic enthusiasts.
The oatmeal breakfast used to
be a favorite of nutritionists of bygone eras. Nearly
all nutritionists that I have discussed this subject
with in recent years told me they now do not recommend
oatmeal or any other starch breakfasts anymore. I
believe that is because the abuse of antibiotics and
massive sugar overload in the general public has so
stressed the bowel ecosystem that even so-called healthy
starches now carry the hazard of further feeding the
sugar-eaters in the gut and so contribute to ongoing
disruption of the bowel ecology.
In some cultures, fish,
poultry, and various meats are consumed for breakfast.
Those items are very desirable as sources of proteins.
The important point here is that such meats should not
be highly processed, nitrated, or otherwise contain high
contents of oxidized fats.
MID-AFTERNOON BREAKFAST
Most individuals are in a
state of dehydration during the mid-afternoon hours.
Exceptions to that are persons who maintain some system
of regular reminders
C such as a large
readily visible mug of water in a person's workplace
C and snack on water
regularly. Variable degrees of dehydration and
hypoglycemia are the two most common causes of
mid-afternoon sluggishness or easy fatiguability. For
such persons, I recommend a "mid-afternoon breakfast"
that is a repeat of their morning breakfast at an hour
mid-way between the lunch and dinner. They nearly always
report improved energy status with proteins drinks that
provide steady state energy, as well as hydrate the
body. My recommendation in this context is that the same
protein drink (with lecithin, ground flaxseed, and
organic vegetable juice, when possible) be consumed at
work during mid-afternoon hours. As is the case with
other sound strategies for good nutrition, this may seem
tedious to the uninitiated. However, keeping cartons of
protein powder, lecithin, and flaxseed require a small
effort for the substantial benefit gained from it.
I routinely prescribe the use
of a protein drink for all my patients with chronic
energy deficit states
C fibromyalgia, chronic
fatigue syndrome, environmental sensitivity syndrome,
persistent fatigue following chemotherapy, and other
states. The reason for that is that all such
individuals are very susceptible to hypoglycemia and
rapid hypoglycemic-hyperglycemic shifts with consequent
insulin-adrenergic roller coasters.
LATE EVENING SNACK
FOR NOCTURNAL
HYPOGLYCEMIA
Nocturnal hypoglycemiaClow
blood sugar that develops during the later sleep hoursCis
not uncommon among persons with cancer. When one is
asleep, one is not dead. Trite, as this statement might
seem, it helps to focus on an important aspect of one'
life: the anxiety and fears of day time are carried over
to the sleep hours. The production of cortisol (the
primary adrenal hormone) and related hormones is
increased in most individuals with cancer. Such hormone
overproduction, until arrested with effective methods of
self-regulation, continues after the day and disrupts
physiological diurnal (day/night) rhythms. Many of my
patients with cancer also suffer from anxiety and mood
disorders that developed before cancer was diagnosed.
They benefit much from taking a few ounces of Dr. Ali's
breakfast midway between dinner and bedtime. Notably
this is often especially helpful for individuals with
nocturnal hypoglycemia.
OPTIMAL HYDRATION
FOR CANCER CONTROL
In my experience, most
individuals with cancer, when not making a conscious
effort, are in a state of dehydration. Not unexpectedly
in light of information presented in the preceding
chapters, dehydration is acidifying and oxidizing, and
so increases the degree of the prevailing local and/or
systemic dysox state. Water is unquestionably the
simplest, safest, cheapest, and the single most
effective therapy for preserving cellular and matrix
oxygen homeostasis. From that one may conclude that
a optimal state of hydration is essential for cancer
control. The professional reader is referred to Dysoxygenosis and Oxystatic Therapy, the third
volume of the Principles and Practice of Integrative
Medicine, for a large body of clinical and
experimental data that support my view.
The ideal drinking water is a
fresh, natural, non-chlorinated spring or deep well
water obtained from natural, noncommercial sources.
(Problem: where are we to find such water?) Bottled
spring waters generally go through a packaging process:
Some are good; others are not.
The best vegetable juices are
fresh unsalted juices. Cans of most commercially
available vegetable juices contain as much as 500-600 mg
of sodium (a "life span mineral" turned into an
"aging-oxidant mineral" by the American food industry).
Unsalted canned vegetable juices are next best choices.
How much fluid should an
individual with cancer take? Here are my guidelines for
achieving overhydration in the morning and optimal
hydration during the rest of the day. For many persons,
it is desirable to drink water every three to four hours
except during the late evening and night hours.
170 pounds in weight and over 5 quarts 150 pounds in weight and over 4 quarts 125 pounds in weight and over 3 quarts 100 pounds in weight and over 2.5 quarts
SNACKING ON WATER Snacking on water? Patients
often express surprise at my choice of the word snack
for a drink of water. I do so to underscore something I
discovered to be very effective several years: the use
of water to curb a desire to eat something. It is my
sense that frequent snacking is a peculiarly American
trait, which, of course, we have exported worldwide with
transcending zeal.
I cannot overstate the
clinical value of teaching all patients to keep a mug of
water on their desks or elsewhere in their work place.
If the water is readily available, it will be drunk
without the usual
I-will-drink-water-as-soon-as-I-finish-this-thing
delaying technic.
I may add here for amusement
that in all the years I prescribed drugs as the sole
treatment, I do not recall if I ever emphasized to my
patients the need for extra water with those
pharmacologic therapies. All blocker drugs dehydrtate.
But, then, in pharmacologic medicine whoever thought
about chronic dehydration.
OPTIMAL HYDRATION
FOR ROBUST BOWEL
ECOLOGY In my clinical experience, the
single most common cause of prolonged bowel transit time
and constipation in people with cancer is chronic
dehydration. Literally hundreds of my patients with
chronic constipation reported satisfactory improvement
with the simple measure of keeping themselves optimally
hydrated.
Beyond the issue of proper
transit time are the equally important issues of
providing fluids for the production of digestive fluids
as well as for the digestive-absorptive functions. For
instance, under optimal conditions the 24-hour output of
saliva alone should be about 1,500 milliliters, whereas
the volume of intestinal secretions should be 2,500 to
3,500 milliliters.
HERBAL TEAS Specific individual herbal
teas listed below have several established biochemical
medicinal effects and their regular use for specific
health disorders should be physician‑supervised:
* Aloe vera, as water, gel, or as tea *
Chamomile flower: Egyptians used it to slow the aging
process. *
Golden seal root: general life span tea. Biblical Rx,
American Indian Rx *
Echinacea root: general life span tea. * Astragalus: general life span *
Linden flower: general life span tea *
Ginseng root: general life span tea * Peau
D'Arco inner bark: for altered bowel ecology states* * Flax
seeds tea: for lung and bowel ecology *
Comfrey roots and leaves: for stomach and bowel ecology *
Caraway seeds: for stomach and bowel ecology *
Thyme leaves: for stomach and bowel ecology *
Cascara sagrada: for bowel ecology *
Peppermint: for stomach ecology *
Alfalfa leaves and seeds: for stomach ecology *
Clover blossoms: for liver disorders *
Juniper berry: for bladder ecology *
Horsetail: for hair, skin and nail ecology *
Valerian root: for nervous system disorders (Latin valere=well-being) *
Huckleberry: for hypoglycemia and hyperglycemia *
Hawthorn flower and berries: for hypertension and heart
disease
*
Rose
petal tea for eyestrain *
Black oats (with whiskers) tea for anxiety
*
Marigold petal tea for anxiety * Sage
tea for flu-like symptoms *
Ginger root: gastric and bowel ecology; for motion
sickness *
Feverfew leaves: for chronic headache (also freeze dried
in tablets)
I suggest my monograph
entitled "The Altered States of Bowel Ecology and Health
Preservation" for further discussion of how normal bowel
ecology is damaged by antibiotics, drugs, toxic foods
and stress and how it can be restored with nutrient and
herbal therapies.
Herbal teas are excellent
choices but must be taken in rotation and under the
supervision of a knowledgeable professional. One or two
teaspoons of food grade glycerine may be added to herbal
teas as a sweetener.
SUGGESTIONS FOR
VEGETABLE
COMBINATIONS FOR JUICING In Table 3, I present lists of
vegetables which I recommend highly. In this section, I
offer the following vegetable combinations for juicing:
●
Ginger, cucumber, spinach, and red beets
●
Ginger, Chinese cabbage, peas, and turnips
●
String beans, asparagus, parsley, and celery
●
Red beets, daikon, Brussels sprouts, and collard
● Carrots, broccoli, green tops of carrots, and turnips
●
Squashes (buttercup, zucchini, yellow summer),
dandelion, lamb=s
quarters, wild burdock, and other weeds such as thistle
FRUIT JUICES
I do not recommend fruit
juices for individuals with cancer. I include brief
comments in this section for the general information of
the reader. In comparison to organic vegetable juices,
the main weakness of fruit juices is their sugar
content. It is true that fruit sugar, fructose, is
metabolized slower than white sugar. However, this
difference becomes insignificant for most
sugar-sensitive patients with chronic nutritional,
ecologic, and immune disorders. Furthermore, in general,
fruit juices do not contain as many minerals and
vitamins as vegetables. For these reasons, we
strongly urge all our patients to favor organic
vegetable juices over fruit juices, except when fruits
are used in small amounts to change the flavor of
vegetable juice.
CONSIDERATIONS IN
WATER FILTRATION
Impressive advances have been
made in water filtration technology for household use.
This is especially welcome since there are increasing
doubts about the validity of claims of natural water
bottling companies.
The kitchen carbon-reverse
osmosis water filtration system used by the author has
the following features:
1. A
5-micron sediment pre-filter
2. A
10-micron second-stage carbon filter
3. 36
gallon per day TFC membrane
4.
Permeate pump
5. A
10" in-line carbon filter
Relatively low-cost water
testing units are widely available for measuring the
total dissolved solid (TDS) in waters from taps which
are fed (or not fed) by the water filtration system. The
desirable range for TDS value of the optimally filtered
water is 0 to 20 mg/L (zero to twenty parts per million)
of dissolved solids. Once monthly or so use of such TDS
water testers is advisable.
Recently, I had an amusing
experience with water filters. I tested the water from
each of the two faucets in our kitchen, one with a water
filter and the one without it. I was surprised to find a
TDS value of 338 in water coming out of my filtration
system while the value from the faucet without a
filtration system showed a lower value of 314. My
filtration system was actually adding dissolved solids
to my water rather than taking it out. One week after
installing my new system, the TDS reading of the
filtered water ranged from 001 to 006 mg/L (one to six
parts per million).
ADDITIONAL
GENERAL COMMENTS ABOUT HYDRATION
Below, I reproduce some text
from Integrative Nutritional Medicine, the fifth
volume of The Principles and Practice of Integrative
Medicine for the general interest of the reader:
Organic vegetable juices and herbal teas are included in
the daily water dose. Coffee, tea, sodas, and fruit
juices do not qualify for water. Lemon juice may be
added to hot or cold water for change of taste. Seltzer
water is permissible. Please do limbic/lymphatic
rebounding exercise in the morning to distribute the
water into the tissues. (Consider the author's DVD on
Limbic Exercise, available at www.Canary21press.com for
details.) The human body is a water pond in which float
all human cells. When a drought lowers the water level
in a pond, all pond life suffers; many life forms die.
Chronic dehydration does the same to human tissues and
cells. This is not melodrama. It is a simple truth. Is
there any disease in which water dysregulation does not
play a role? The answer is none. Consider the following:
The primary difference between a young and an aged cell
is that the aged cell is dehydrated and shrunken. The
primary difference between a vigorous and a tired cell
is that the tired cell is dehydrated and shrunken. The
primary difference between a healthy and a toxic cell is
that the toxic cell is dehydrated and shrunken.
Water is the best cell energizer and resuscitator. (Caffeine, by
contrast, drains energy. In the brain cells, water
generates energy, coffee only releases it for brief
periods.) Water is the best tissue detoxicant. It is the
best diuretic. It is the best enhancer of enzyme
functions of energy, detoxification, digestive, and
neurotransmitter systems. It is the best antidote for
acidotic stress.
Following are some more reasons why we prescribe water therapy for
patients with chronic fatigue states, ecologic, immune,
and nutritional disorders, heart disease, lung
disorders, and cancer. All cells contain microchannels
of water that make possible the traffic of materials and
information among cells. In the brain cells, water is
essential for nerve impulses to be generated and
transmitted. In the heart muscles, it makes it possible
for them to contractCand
so let the heart beat. In the bowel, it allows digestive
and absorptive functions. In the liver cells, it
catalyzes all detoxification processes. In the kidneys,
it carries toxins into the urine. In the cartilage, it
protects the ends of bones in a jointCand
so prevents arthritis. Indeed, no life processes are
possible without water.
NUTRIENT SUPPLEMENT GUIDELINES
There is no substitute for an
experienced clinician for determining the optimal
nutrient support in a cancer treatment plan.
Table 4.
General Nutrient and Phytofactor Support for
the Restoration of Oxygen Homeostasis
|
|
|
Nutritional
and
Herbal Protocols |
Main Components
(Laboratory
testing for vitamins and minerals
recommended) |
|
Vitamins |
Vitamins C, 4-6 gm; A 10,000 IU; D, 1,000 to
3,000 IU; E, 400-600 IU; K 1-5 mg; Thiamine,
riboflavin and pyridoxine, 30 mg each;
Niacinamide, 150 mg; Pantothenic acid, 220
mg; Biotin, 100 mg; Folic acid, 400 mcg;
Choline and inositol, 50 mg each; Zinc, 4
mg; and others |
|
Redox-Restorative |
MSM, 500-1,000 mg; Lipoic acid, 100-300 mg;
NAC, 200-400 mg; Taurine, 500 to 1,500 mg;
Glutathione 100-500 mg |
|
Minerals |
Magnesium 750-1,500 mg; Potassium 100-300 mg;
Calcium 750-1,250 mg; Zinc, 25-50 mg;
Chromium, 200-400 mcg; Selenium, 200-400
mcg; Molybdenum, 200-400 mcg; Copper, 1-5
mg; Manganese, 1-5 mg; Other trace miners
from organic vegetable juice |
|
Enzymes |
Pineapple Bromelains, Pancreatin, Papaya
Papain, Protease, Lipase, Nattokinase,
Pectinase, Pepsin |
|
Bowel Ecology |
Echinacea, Astragalus, Burdock root,
Goldenseal, Pau d'arco, Artemisia, Alfalfa
and others in doses of 350 to 750 mg. |
|
Blood Ecology |
Butcher's broom, hawthorne, mother's wort,
St. John's wort, bilberry, cayenne,
turmeric, ginger, dandelion and garlic. |
|
Miscellaneous Foods and Herbs |
Ginger, Garlic, Celery, Broccoli, Burdock,
Daikon, Flaxseed, Grapefruit, Klongi,
Squashes and Green leafy vegetables. (See
chapter 12 for details and explanations |
CLOSING COMMENTS
A new day calls for a new
commitment to one's total being. An essential part of that
commitment is to nourish the physical frame that houses the
human spirit. That-in
my view-makes
a nourishing breakfast the most important meal of the day.
Two essential components of that nourishment are the
correction of dehydration and hypoglycemia created by sleep
hours during the night. And those are two issues which I
address during my clinical hours with every single patient.
Chronic dehydration of varying
degrees is present in most Americans today. Chronic anger is
dehydrating. And so is stress. Coffee dehydrates. Nearly all
of our elderly are on drug therapies that cause dehydration
to varying degrees. Diuretics are widely used without any
consideration given to their dehydrating effects. Indeed,
all those who do not undertake special measures to assure
optimal hydration are likely to be dehydrated often during
the day. In this brief chapter, I make a strong case for
optimal breakfast and hydration. I reiterate here what I
wrote earlier in this chapter: A missed breakfast is a
missed opportunity to start a good day with sustained
energy. I end this chapter with the same words with which I
began it: A missed breakfast is a missed opportunity to
start a good day with sustained energy.
|