Chronic Inflammation
The Epidemic Disease of
Aging
Why do aging people suffer from so many
seemingly unrelated disorders? Mainstream
medicine attributes these multiple diseases to
old age and fails to adequately address them.
The sad fact is that people are needlessly
suffering and dying from a common problem that
is easily correctable.
In what will soon become a medical
breakthrough, Life Extension has identified a
reversible culprit (systemic inflammation) that
is involved in the development of age-related
diseases.
This role of inflammation has been overlooked
by the medical establishment, yet persuasive
scientific evidence exists that correcting a
chronic inflammatory disorder will enable many
of the infirmities of aging to be prevented or
reversed.
Conventional doctors often tell their
patients to accept the fact that they are not
young anymore. Now that we know that systemic
inflammation is a prime reason for the
development of degenerative disease,[1-8]
safe steps can be taken to suppress the
inflammatory cascade that destroys cells
throughout the aging body.
Aging and inflammation
Chronic inflammation inflicts devastating
effects, especially as humans grow older. The
pathological consequences of inflammation are
fully documented in the medical literature.[9-21]
Regrettably, the dangers of systemic
inflammation continue to be ignored, even though
proven ways exist to reverse this process.
Many people join The Life Extension
Foundation (LEF) because they suffer from
various degenerative diseases. A common culprit
we find in these frail individuals is systemic
inflammation.
The good news for healthy members is that our
disease prevention protocols[22]
significantly reduce the inflammatory cascade.
Not all members follow our complete
recommendations and their blood tests sometimes
reveal elevated inflammatory markers (such as
C-reactive protein). New members who come to us
with multiple age-related diseases tend to
present with very high inflammatory blood
levels. LEF strives to identify the molecular
reasons to explain why our aging population
suffers from so many degenerative diseases. We
use the fruits of our research to design
therapeutic approaches to circumvent these
disorders. In the case of chronic inflammation,
LEF now has enough drugs, hormones and nutrients
in its arsenal to help those suffering from
chronic inflammation...the epidemic disease of
aging!
What Causes Age-Related
Inflammation?
Aging results in an increase of inflammatory
cytokines (destructive cell-signaling chemicals)
that contribute to many degenerative diseases.
Rheumatoid arthritis is a classic autoimmune
disorder where excess levels of cytokines such
as tumor necrosis factor-alpha(TNF-á),
interleukin-6(IL-6), interleukin 1(b)(IL-1b),
and/or leukotriene B4(LTB4) are known to cause
or contribute to the inflammatory syndrome.
Chronic inflammation is also involved in
diseases as diverse as
atherosclerosis, cancer, heart valve
dysfunction, diabetes, congestive heart failure
and Alzheimer’s. In aged people with multiple
degenerative diseases, C-reactive protein is
often sharply elevated, indicating the presence
of an underlying inflammatory disorder. When a
cytokine blood profile is conducted in these
feeble people, we usually find excess levels of
one or more of the inflammatory cytokines
(TNF-á, IL-6, IL-1 (b), LTB(4)).
Scientists have identified dietary
supplements and prescription drugs that can
reduce levels of the pro-inflammatory cytokines.
The docosahexaenoic acid (DHA) fraction of fish
oil is the best documented supplement to
suppress TNF-á, IL-6, IL-1(b) and LTB(4).[21-33]
Studies on healthy humans and those with
rheumatoid disease show that fish oil suppresses
these dangerous cytokines by up to 90%.[31]
Other cytokine-lowering supplements are DHEA,[34-40]
vitamin K,[41, 42]
GLA (gamma linolenic acid)[43-46]
and nettle leaf extract.[47]
Antioxidants (such as vitamin E and
n-acetyl-cysteine) may also lower
pro-inflammatory cytokines[48,
49] and protect against their toxic
effects.[50-55]
Prescription drugs like Enbrel
($10,000.00/year) directly bind to TNF-á and
block its interaction with TNF cell surface
receptors. Enbrel has demonstrated significant
clinical improvement in rheumatoid arthritis
patients, as have high-dose fish oil
supplements.[32]
When Conventional Drugs Are
Not Enough
A problem recently identified by LEF is that
high levels of TNF-á may persist even in people
receiving Enbrel drug therapy. Even if Enbrel
brings TNF-á down to a safe range, other
inflammatory cytokines (such as IL-6, IL-1b) may
continue to wreak havoc throughout the body.
High levels of tumor necrosis factor (TNF-á) are
destructive to many vital tissues such as joint
cartilage (e.g. rheumatoid arthritis) and heart
muscle (e.g. congestive heart failure).
Excess IL-6 and other inflammatory cytokines
attack bone and promote the formation of
fibrinogen that can induce a heart attack or
stroke.56 In order to prevent and treat the
multiple diseases of aging, it is critical to
keep these destructive immune chemicals
(cytokines) in safe ranges. The chart on the
next page relates the currently determined safe
ranges of inflammatory cytokines as measured by
blood levels.
Supplements used by Life Extension members
(such as DHA fish oil, nettle leaf extract,
vitamin K and DHEA) have been shown to suppress
the dangerous cytokines, TNF-a, IL-6, IL1(b),
LTB(4). For those whose blood tests reveal
persistently high inflammatory cytokine levels
despite taking these supplements, we have
identified a low cost prescription drug that may
be of enormous benefit.
The generic name of this drug is
pentoxifylline (PTX); the brand name is Trental®.
It was first used in Europe in 1972 and long ago
came off patent (meaning it is not
cost-prohibitive). PTX is prescribed to improve
the flow properties of blood by decreasing its
viscosity. It works by improving red blood cell
flexibility, decreasing platelet aggregation and
reducing fibrinogen levels.[56-60]
It has fallen out of favor because no drug
company has the economic incentive to market it
to physicians. PTX is primarily prescribed to
patients with peripheral artery disease, though
we believe it has potential efficacy in treating
a wide range of diseases relating to chronic
inflammation.
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