Here's the deal: wheat (and most grains) and beans are two
foods that include lectin (as well as gluten and phytic acid) in significant
quantities.
- Lectin, alongside gluten and
phytic acid, is one of the greatest anti-nutrients in our diet.
Anti-nutrients are (clearly) foods that do NOT help us.
- Lectin (and other
anti-nutrients) interfere with digestion and disrupt the natural
absorption of nutrients.
- These anti-nutrients are
intricately involved in the breakdown of the lining around our connective
tissue and healthy cells, as well as the breakdown of our gut lining.
- Once this gut lining
"breach" happens, we have effectively opened up the door to any
number of toxins entering our bloodstream.
Many of you have
already heard about gluten, whether via nutrition info or just the plethora of
gluten-free products in your supermarket. It's a major factor in the lives of
those who have celiac disease (whether diagnosed or undiagnosed), but even more
pressing is the fact that over 33% of the population may have a gluten sensitivity.
For those with just
the sensitivity, their conditions will not be as severe as someone with celiac
disease, but they can definitely feel adverse effects anytime they eat
gluten-rich foods (effects ranging from simple headaches or stomach discomfort
all the way to more severe internal deficiencies, weight retention, and
breakages in gut lining).
In any case, gluten is
probably not the best compound we want in our foods, and for
this reason I always recommend gluten-free, natural foods in your
diet. And as always, as long as you keep foods with gluten (and other
"junk") to a minimum 10% of your calories, you should be fine.
The main part of this
chapter will talk about lectin, which is much less commonly known, but still as
harmful to our bodies. Our discussion will focus mainly on the linings around
our cells, which are adversely affected by lectin-rich foods from both a
toxin-entry perspective and a pain/discomfort perspective.
Geek Alert: This chapter gets a little technical
For starters,
N-Acetyl-Glucosamine is a naturally-occurring sugar produced in our body, in
the glycocalyx, which is essentially a mucus-like lining on
our endothelial cells (blood/lymph vessels). This glucosamine
is found primarily on the cells around our connective tissue and cartilage
(though it is also found elsewhere). In the best case scenario, we have ample
supplies of glucosamine, and as a result have well-lubricated, highly
functioning joints.
The only issue is:
we're not in a best-case scenario. In reality, glucosamine is
a dwindling commodity in our bodies.
For the most part, our
glucosamine (and the tissues/cartilage they protect) wears down due to:
1. General wear and tear, and a lack of proper
strengthening/mobility work
2. A specific protein, called lectin, found in
many foods we eat (especially wheat and beans).
a. This lectin binds
with glucosamine, and penetrates the aforementioned cell walls that
are part of our cartilage, connective, and more.
b. (Note: in addition to glucosamine, lectin
also prefers to bind with sialic acid, which is also found in the mucus-like
lining around our cells)
The
strengthening/exercise part is all found in the exercise manuals of this
Extreme Fat Loss Formula.
But let's delve deeper
on this mysterious compound called lectin.
Here's the background:
Wheat lectins (wheat
germ agglutinin or WGA is the proper term) protect wheat plants in the
wild from insects, bacteria, and yeast. They do this by binding to the
glucosamine found in chitin (in insects) and cell membrane walls (in bacteria
and yeast) that try to "attack" it. In doing so, it acts as a toxin,
thereby protecting itself.
It's survival of the
fittest, at its finest. Evolution has specifically given most plants a defense,
and this is what wheat plants have. This scenario repeats itself over and over
again in other "earth-y" foods such as beans and nuts (as well as
many other lectin/phytic acid-rich foods).
The bad part is:
when humans consume these foods, they are also exposed to the
plants' "survival" toxins. As expected, the lectin binds to the
glucosamine (and sialic acid) in our bodies, and a steady deterrent/toxic
effect is created.
In small amounts, the
binding of lectin and glucosamine breaks down our cartilage, tissues, and other
mucus-like linings. Recall, from above, that lectin also likes binding with
sialic acid. This 2nd line of lectin/sialic acid binding breaks down the lining
especially in our gut and other mucous-like tissues (often in the brain and
nose).
When this lining is
penetrated, the WGA makes its way through and introduces inflammation and
autoimmunity.
This essentially means
the body can't differentiate between itself and foreign invaders, so it
recklessly attacks everything including healthy cells and tissues.
No bueno.
----
(Note: Read below if
interested in even more geeky science of the 'how' behind
lectin. Otherwise skip over this section.)
We've established that
the wheat/beans essentially need a means of self-preservation, and it knows it
can accomplish this by binding and penetrating at certain "weak"
points. This is the "why".
But what about the
"how"?
Well, these lectin
proteins contain a sort of "key" that only fits a certain
type of "lock" (the 'lock' being a specific naturally-occurring sugar
i.e. glucosamine and sialic acid). As mentioned, these locks are located in
many places including the gut wall, connective tissue, cartilage, and mucosal
lining, in addition to arteries, glands, or organs.
Yes, as you may be
realizing, these "locks" are just about EVERYWHERE --- glad you're
catching on!
When a lectin with the
correct key comes in contact with one of these sugar 'locks', it opens the lock
- just as your house key fits in perfectly at your front door.
Once this door is
open, the 'free flow' of inflammation and autoimmune events can flood in,
thereby disrupting healthy cellular function. This is thought to be the
starting point of widespread cell damage, cell death and the growth of various
modern diseases.
----
Long story short, this
is pretty grisly stuff.
For this exact reason,
wheat is a major no-no in my Extreme Fat Loss Formula, especially from a
longevity perspective. It's sometimes tolerable from a fat loss perspective,
but honestly I consider it to be a "junk" food. As such, I
rarely eat it outside of my 10% junk limit for the day. If, and only if, it's
filling enough to help you stick to your plan, then include it in small amounts
(make sure its 100% whole wheat.)
For this same reason,
beans, nuts, and even some natural grains like rice are subject to an overnight
"soaking" in water to remove as many of the lectins (and phytic
acid, both antinutrients) as possible. The foods should soak for at least
12-24 before cooking. Note that heating is an important step, since
studies have shown it can further reduce the level of active lectins in food
(of course you'll be heating rice, but make sure you also
heat beans and lightlyroast nuts. Heavy, high heat roasting of
nuts activates oxidized cholesterol which is not good.)
Interested in losing
weight? Then click below to see the exact steps I took to lose weight and keep
it off for good...
Read the previous
article about "Two Dangerous "Invisible Thorn" Foods
Masquerading as "Heart Healthy Super Nutrients""
Read the next article
about "The Inflammation-Reducing, Immune-Fortifying Secret of
All Long-Living Cultures (This 3-Step Process Can Reduce Chronic Pain and Heal
Your Gut in Less Than 24 Hours)"
Moving forward, there
are several other articles/topics I'll share so you can lose weight
even faster, and feel great doing it.
Below is a list of
these topics and you can use this Table of Contents to jump to the part that
interests you the most.
Topic
6: Two Critical Hormones That Are Quietly Making Americans Sicker and Heavier
Than Ever Before
Topic
19: How Chemicals In Food Make Us Fat (Plus 10 Banned Chemicals Still in the
U.S. Food Supply)
Topic
45: How To Track Results (And Not Fall Into the Trap That Ruins 95% of
Well-Thought Out Diets)
Learn more by visiting
our website here: invigoratenow.com

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