Serracor-NK™ contains the original Neprinol® formula, which contains
SEBkinase® with enteric coated serrapeptase
and nattokinase. We are the original
manufacturer of this formula, imitated by
many others. Read more at the bottom of the
page.
Enteric coated Serrapeptase and
Nattokinase: Why is it important?
Most nattokinase and serrapeptase brands
on the market are not enteric coated, which
means they can lose a significant portion of
their fibrinolytic activity and
effectiveness in the acidic environment of
the stomach. The enteric coating of our
Serracor NK SEBkinase blend allows these
sensitive enzymes to survive the acidic
conditions of the stomach, thus allowing
them to pass into the circulatory system
maintaining high activity levels.
How do Fibrinolytic Units (FU's)
relate to enteric coating?
Enzyme activity measured in fibrinolytic
units does not mean anything if the enzymes
are destroyed and/or denatured in the high
acidic conditions of the stomach. Under
these conditions, our laboratory tests have
consistently shown that serrapeptase and
nattokinase lose significant activity when
exposed to low pH (such as those in the
stomach). In contrast, our enteric coated
nattokinase and serrapeptase (the original
SEBkinase formula) perform at greater
activity levels in the same low pH
conditions.
The pH resistant enteric coating will
disintegrate after it enters the alkaline
environment of the intestines. If your
enzyme formula is not enteric coated, you
may be wasting your money.
Serracor-NK for Circulatory
Support
Did you know cardiovascular disease is
the biggest killer in America? Arterial
plaque build-up, excessive fibrin levels and
metabolic waste matter slow normal blood
circulation. A healthy vascular system must
supply oxygenated blood to vital organs
including the heart and brain.
Serracor-NK supports the body’s natural
response to inflammation, normalizes fibrin
levels in the circulatory system, reduces
C-reactive protein levels, and normalizes
blood viscosity and platelet stickiness.*
SEBkinase brings together two enteric
coated, fibrinolytic proteases: Peptizyme
SP® (Serrapeptase) and NattoSEB® (our
Nattokinase is Vitamin K-free, since it
assists in blood coagulation). Serracor NK
further supports the activity of SEBkinase-CV
with a complete array of proteolytic
enzymes, amylase, lipase, CoQ10, herbs and
minerals. The net result is a comprehensive
systemic enzyme blend designed to support
maximum cardiovascular health.*
Serracor-NK also promotes healthy levels
of C-reactive protein, an inflammation
marker and serious risk factor for
cardiovascular disease.* In addition, the
entire systemic enzyme blend is manufactured
in a ISO 9001:2000 and GMP certified
facilities using our Bioactive Protein
Peptide System™ (BPPS).
Fibrin performs an important function in
the body, including clotting and wound
healing. However, excessive fibrin can
impede normal blood flow, which may lead to
increased blood viscosity, swelling, edema,
pain, inflammation and more serious
cardiovascular events. The proteases in
Serracor-NK support normal fibrin levels,
blood viscosity and overall blood
circulation.*
Serracor-NK Dosage
For best results, begin enzyme regiment
at a low dosage of 1 capsule three times a
day. After three days, increase your
Serracor-NK dosage to 2 capsules three times
a day. After the first week, doses should be
adjusted to a therapeutic level of 3 or more
capsules three times a day (amount is
dependent upon desired benefit).
NOTE: It is important to continue
therapeutic doses until results are
realized. This should then be reduced to a
maintenance dose of 1-3 capsules three times
a day.
Serracor-NK Side Effects
There appear to be no side effects when
taking oral enzymes for a long-term
duration. Gastrointestinal disturbances may
occur in individual cases, and minor
allergic reactions (reddening of the skin)
are rare and only occur with high doses.
Long-term usage of supplemental enzymes has
not been found to be detrimental.
If you are taking anticoagulants, like
warfarin type of drugs, do not take this
product without consulting your physician.
If you are pregnant or nursing, consult your
healthcare professional before using this or
any dietary supplement.
Nattokinase Research:
Fibrinoyltic Activity
In vitro and in vivo studies have
consistently demonstrated the potent
fibrinolytic effect of Nattokinase.1 A
review of the research on nattokinase
demonstrates it may help avoid or reduce the
likelihood of deep vein thrombosis, cardiac
infarction, pulmonary emboli and stroke. It
appears to accomplish this via its
fibrinolytic, anti-inflammatory and
modulating effect on blood pressure.
Studies on hypertension demonstrate an
average drop of 10.9% in systolic blood
pressure and a 9.7 percent drop in diastolic
blood pressure.2,3,4
A study conducted with natto on 12
healthy adults (6 men and 6 women, between
the ages of 21 and 55) sought to demonstrate
fibrinolytic activity. The volunteers were
given 200 grams of natto (the food) before
breakfast, and their fibrinolytic activity
was tested over time. The results indicate
natto generates an increased ability to
dissolve blood clots. As a control,
researchers later fed the same amount of
boiled soybeans to the same volunteers and
tracked their fibrinolytic activity. The
tests showed no significant change.5
The accumulation of fibrin in blood
vessels significantly increases the
likelihood of thrombosis formation resulting
in a cardiovascular event. For thrombolytic
therapy, microbial fibrinolytic enzymes are
now much more accepted. The physiochemical
properties of this enzyme is becoming well
characterized and its effectiveness in
thrombolysis in vivo has been further
identified.6,7
Nattokinase Benefits & Blood
Clots
Blood clots (thrombi) form when strands
of fibrin accumulate in the circulatory
system. These clots can cause blockage of
blood flow. If blood flow is blocked, the
oxygen supply to that tissue is cut off and
it eventually dies. In the heart, this can
result in myocardial infarction (heart
attack). In the brain, it can result in
strokes or mini-strokes. Deep vein
thrombosis can result in pulmonary emboli.
All these events can be life-threatening. An
in vitro study not only demonstrated the
powerful fibrinolytic activity of
nattokinase, but also showed the significant
reduction in the aggregation of red blood
cells and overall lowered whole blood
viscosity. The net results are vascular
conditions that are less likely to produce
blood clots. The authors suggest that
nattokinase possesses very real potential as
a therapeutic agent in cardiovascular
health.8
The process of forming a clot is complex
and involves several enzymes. However, the
body mainly produces one central enzyme for
dissolving a clot, plasmin. It happens that
the properties of nattokinase are very
similar to plasmin. Nattokinase is
particularly effective because it enhances
the body's natural ability to fight blood
clots in several different ways. It
dissolves fibrin directly and appears to
enhance the body's natural production of
both plasmin and other clot-dissolving
enzymes like urokinase. An in vivo study
was undertaken to demonstrate the
thrombolytic activity of nattokinase,
plasmin and elastase on an induced clot in
the common carotid artery of laboratory
rats. A review of the results indicates
that the thrombolytic activity of
nattokinase is stronger than that of plasmin
or elastase in vivo in this model.9
A fascinating study was conducted to
measure the effect of nattokinase in the
prevention of deep vein thrombosis and
superficial vein thrombosis on extended
flights of 7-8 hours on high-risk
individuals. The nattokinase group had no
thromboses. The placebo group had 5 deep
vein thromboses and 2 superficial vein
thromboses or 7.6% of 94 individuals. After
the flight, the degree of edema was
increased by 12% in the placebo group and
decreased by 15% in the nattokinase group.
The authors concluded that nattokinase was
effective in reducing thrombotic events and
in controlling edema in high-risk subjects
on long flights.10
Serrapeptase Benefits and
Respiratory Health
When it comes to the respiratory system,
we are constantly at risk of developing
health problems, anywhere from the common
cold to severe lung diseases. While the
cause of any given condition may differ,
often time symptoms can manifest themselves
and be addressed in similar ways. Clinical
testing of serrapeptase reviews its
potential with many aspects of respiratory
health.
Serrapeptase is widely used in clinical
practice in Japan. One research trial in
Japan investigated the effect of
serrapeptase on sputum properties and
symptoms in patients with chronic airway
diseases. After 4 weeks of serrapeptase
treatment, sputum output, viscosity and
sputum neutrophil count decreased
significantly. In addition, the frequency of
coughing and of expectoration also
decreased. The researchers concluded
serrapeptase may exert a beneficial effect
on mucus clearance by reducing neutrophil
numbers and altering the viscoelasticity of
sputum in patients with chronic airway
diseases.11
Another clinical study reviwed the effect
of serrapeptase on the elasticity and
viscosity of the nasal mucus in adult
patients with chronic sinusitis.
Serrapeptase was administered orally for 4
weeks. The dynamic viscosity of the mucus at
week 4 was significantly lower than that at
week 0. The authors conclude that
serrapeptase may have some application in
patients with chronic sinusitis.12
The efficacy of serrapeptase was
evaluated in a multicentre, double-blind,
placebo-controlled study of 193 subjects
suffering from acute or chronic ear, nose or
throat disorders. After 3-4 days' treatment,
significant symptom regression was observed
in serrapeptase treated patients.
Statistical comparison confirmed the greater
efficacy of serrapeptase against all the
symptoms examined. It was concluded that
serrapeptase has anti-edemic and
fibrinolytic activity and supports the
body’s healthy response to inflammation.13
Neprinol vs Serracor NK Brand Comparison
| Brand |
Enteric coated Serrapeptase and
Nattokinase |
Enzyme Stabilizer BPPS® |
Enzyme Manufacturing Source |
Price |
| Neprinol
(2004-2008) |
Yes |
Yes |
India |
$144.99 |
| Neprinol
(Current) |
No |
Unknown |
Japan
** |
$144.99 |
| Serracor-NK |
Yes |
Yes |
India |
$124.99 |
** http://aznow.biz/health-care/justin-marsh-japanese-enzymes-cure-people
Enzyme Stabilization with BPPS®
The Bioactive Protein Peptides System® (BPPS)
is a system of peptides used to stabilize
and enhance the activity of enzymes.
The Bioactive Protein Peptides System was
developed by Specialty Enzymes and
Biotechnologies specifically for enzyme
stability. Stabilizers have been used since
we began manufacturing enzymes in 1957. The
BPPS system was a significant advancement
developed by Specialty Enzymes in the early
1990's.
It is true it was not trademarked until
2008, but it was in use long before. The
reality is, a pure enzyme is not stable. It
requires the addition of stabilizers in
order to provide a reasonable shelf life.
Because we are the actual manufacturer of
enzymes with more than 50 years of
manufacturing experience, our research and
development team constantly works to improve
stability and tolerance to the environments
in which the enzymes interact. Marketing
companies, on the other hand, will generally
have significantly less understanding of the
physio-chemical and kinetic properties of
enzymes.
Make an Informed Choice
There are several systemic enzyme
products on the market today. In this case,
there are two alternatives: an enzyme
product from an expert manufacturer or one
from a marketing company. You deserve the
highest quality and most effective enzyme
products available. We encourage you to make
an informed choice.
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Serracor-NK Ingredients:
| Enzymes |
How it Works |
| NATTOKINASE (NattoSEB) |
Derived from natto, a
traditional Japanese food made from
fermented soybeans. Natto has been
known for centuries for its positive
medicinal properties, particularly
for cardiovascular disorders. To
make nattō, soybeans are fermented
with the beneficial bacteria
Bacillus natto (sometimes listed as
Bacillus subtilis natto). During
fermentation, the Bacilli produce
enzymatic proteases, the most
important of which is nattokinase.
Like other proteases, nattokinase
has potent anti-inflammatory
activity, as well as several other
beneficial properties, including
fibrinolytic activity. A researcher,
Hiroyuki Sumi, identified the active
enzyme in natto and demonstrated its
ability to dissolve vascular blood
clots. He called this enzyme “nattokinase,”
meaning “enzyme in natto.” |
| SERRAPEPTASE (Peptizyme
SP) |
Derived from a species of
bacteria originally found in the
intestine of silkworms; the
bacteria, Serratia mercesans,
produces the enzyme that enables the
silkworm to dissolve its silken
cocoon and emerge after
metamorphosis. Serratia is now grown
in cultures to produce serrapeptase
by fermentation. Numerous research
and clinical studies demonstrate
serrapeptase’s formidable
anti-inflammatory, proteolytic
(protein dissolving) and
fibrinolytic (fibrin dissolving)
properties. They also show that scar
tissue is greatly reduced and
proteins involved in the
inflammatory process are effectively
digested. Serrapeptase is a protease
that has been used in Japan and
Europe for over four decades for its
anti-inflammatory activity. |
| Bromelain |
A collective name for the
proteolytic (protein-digesting)
enzymes found in the pineapple plant
(Ananas comosus); known for its
digestive as well its
anti-inflammatory properties. A good
substitute for animal-derived
enzymes pepsin and trypsin for both
digestive and systemic support due
to its activity across a wide pH
range* |
| Papain |
Obtained from the latex of the
fruit of the Papaya tree (Carica
papaya); used for centuries as an
effective digestive aid. |
| Lipase |
Catalyzes the break-down of fats
into essential fatty acids that are
needed for healthy tissues and
cells* |
| Proteases |
Hydrolyze (break-down) proteins
like meat, casein, gelatin, soy,
fish and other plant and animal
proteins to smaller chains of
polypeptides (small proteins) and
amino acids for easier uptake
throughout the body. |
| Rutin |
Bioflavonoid; strengthens and
tones arteries and veins, and
provides antioxidant support against
free-radicals and inflammation* |
| Amla |
Also known as Indian gooseberry
(Emblica officinalis); it is a
natural, efficacious antioxidant and
is one of the richest sources of
absorbable vitamin C. |
| COENZYME Q10 |
An essential enzyme and cofactor
in metabolism that is naturally made
and stored in the liver, kidneys and
heart; a vital part of energy
production and overall cell health* |
| MAGNESIUM |
An essential mineral used as a
co-factor by over 350 enzymes in the
body; critical part of
cardiovascular and nerve physiology.
Magnesium helps relax arteries and
assists in proper nerve impulse
function* |