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Proprietary Olive Leaf Extract Demonstrates Antiviral
and Antibacterial Properties New Processing Technique Makes Olivir™ Effective when Used Orally In the 1970’s in vitro testing showed one of
the active components in olive leaf (Olea europea) to be
extraordinarily virucidal and bactericidal on dozens of viruses and
bacteria, including several agents of the common cold.(2)
However, the compound proved much less effective in the body.(4)
A new hydroethanolic processing method using selected extracts of the
olive plant, has been developed to produce Olivir™, a natural
supplement proven useful for combating a wide range of viral and
bacterial infections. Olivir™ Selectively Blocks Virus-Specific Systems
Without Influencing Host Cell Mechanisms Clinical data suggests that Olivir™ affects viral
components of cellular origin in both free and cell associated viruses.
Its virucidal effect is due to interference with certain amino acid
production processes necessary for the vitality of the specific virus.
Olivir™ may be a "true antiviral", since it selectively
blocks an entire virus-specific system. It appears to interfere with
viral infection and/or spread by directly inactivating the virus or by
preventing virus shedding, budding or assembly at the cell membrane. It
is able to directly penetrate infected host cells and irreversibly
inhibit viral replication. This virucidal effect seems to apply to both
active and latent viruses. Olivir™ could prove to be a major weapon
against the common cold and flu, as well as many other viral and
bacterial infections. The adverse side effects associated with many
antibiotic drugs have not been seen with Olivir™. The herbal extract
acts at low concentrations and does not appear to influence host cell
mechanisms. Clinical tests confirm that the herbal extract does not
cause mutagenicity. In addition, Olivir™ has been shown to directly
stimulate phagocytosis, an immune system response in which cells ingest
microorganisms and foreign matter and it has no impact on the
"friendly" intestinal microorganisms. Use of antibiotics
suppresses the immune system and destroys the beneficial microflora. Positive Clinical Reports In 1993, when a weaker liquid form of Olivir™ was
tested on six herpes patients with active herpes lesions, all six
subjects reported significantly better results than they had previously
using the medication Acyclovir. Three said their lesions disappeared in
36 to 48 hours. One of the components of olive leaf, oleuropein, is
reported to be useful for lowering blood pressure, increasing blood flow
in the coronary arteries, relieving arrhythmia and preventing intestinal
spasms.(6,7) Doctors who have used the olive leaf preparation
report positive results in patients with herpes, colds, flu, bladder
infections and chronic fatigue. Some patients have reported improvement
in symptoms of allergy, asthma and even vaginal yeast infections. Some patients, depending on the severity of the
infection, may initially feel worse while taking Olivir™. This is due
to what is known as a Herxheimer Reaction or "die-off" effect.
When the viral or bacterial burden is heavy, the body will take longer
to clear the dead organisms from the system. The patient may experience
extreme fatigue, headaches, muscle/joint pain or flu-like symptoms. The
patient should understand that these symptoms are a positive sign that
the product is working. After the body has processed out the toxins,
many patients report feelings of euphoria, high energy and a sense of
well-being. History of Olive Leaf Use In medical reports from the 1800’s a tea made from
olive leaves was used for malaria. Later, in the early 1900’s, olive
leaf was found to be far superior to quinine for malaria. However, due
to ease of administration, quinine continued to be the preferred
treatment. In 1957, the active ingredient oleuropein was
isolated. Researchers reported that oleuropein could be used to
effectively lower blood pressure, increase blood flow in the coronary
arteries, relieve arrhythmia and prevent intestinal spasms.(6,7) In the 1970’s, a derivative of oleuropein, elenolic
acid (as calcium elenolate), was tested in vitro against dozens of
different viruses as well as many strains of bacteria and parasitic
protozoa. All of those tested were highly susceptible to inactivation by
calcium elenolate with the exception of reovirus 3 (Deering) and
poliovirus 3. These were reduced, but to a lesser extent. Research was abandoned after animal studies showed
that calcium elenolate was effective only when it was given within five
minutes of infection or eight hours after infection (after the eclipse
phase). Effects decreased rapidly after that. The researchers found that
calcium elenolate rapidly binds to proteins in the blood. Once it is
bound, it becomes ineffective. Because of the herb’s potential as an anti-viral
agent, independent researchers resumed the study in the 1990’s and
developed a method of production that could remove the protein-clinging
properties, yet leave the virucidal and bactericidal properties intact.
The resulting formula, Olivir™, is a pure vegetable-based virucide and
bactericide made from oleuropein and a selected blend of synergistic
olive leaf extracts. Recommended Use The recommended dosage for Olivir™ is four capsules
daily, taken throughout the day. If the "die-off" effect
causes severe symptoms, the number of capsules can be reduced or
discontinued until the patient feels better. A detoxification program
may also be recommended, using high doses of vitamin C, along with
acidophilus supplements to ensure a strong beneficial microflora in the
intestines. WARNING: This publication and the product
contained herein have not been approved or evaluated by the Federal Drug
Administration. This publication, and the product contained herein are
not intended to diagnose, treat, cure or prevent any disease. The
product relates to nutritional support only. REFERENCES 1. Buhner, Stephen, "Herbal Analogues to Antibiotics, NFM’s Nutrition Science News, August, 1995. 2. Renis, Harold E., "In Vitro Anti-viral Activity of Calcium Elenolate," Antimicrobial Agents and Chemotherapy, American Society for Microbiology, 1969, pp. 167-172. 3. Renis, Harold E., "Inactivation of Myxoviruses by Calcium Elenolate. Antimicrobial Agents and Chemotherapy," Antimicrobial Agents and Chemotherapy, American Society for Microbiology, 1975, Aug. 8(2): 194-199. 4. Soret, M.G., "Anti-viral Activity of Calcium Elenolate on Parainfluenza Infection of Hamsters," Antimicrobial Agents and Chemotherapy, American Society for Microbiology, 1969, pp. 160-166. 5. Hirschman, S.Z., "Inactivation of DNA Polymerases of Murine Leukaemia Viruses by Calcium Elenolate," Nature New Biol., 238(87):277-279. 6. Riberiero, R; Fiuza, de Melo MM; DeBarros, F; Gomes, C.; Trolin, G, "Acute anti-hypertensive effect in conscious rats produced by some medicinal plants used in the state of Sao Paulo," J. Ethnopharmacol., 15(3):261-269, March 15, 1986, 7. Zarzuelo, A.; Duarte,J.; Jimenez, J.: Gonzalez, M.; Utrilla, M.P., "Vasodilator effect of olive leaf," Planta Med., 57(5):417-419, October, 1997. OLIVIR™ Product No. 837 Fill Size: 60 Capsules Each capsule contains: Olivir™ Olive Leaf Powder 5:1 Standardized Extract
(Olea europea) 500 mg. Olivir™ is a trademark of BioStar Nutriceuticals, Inc. Recommended Use: Four capsules daily in divided doses. Price: $30.00
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