What
intellectual property protection does Algatech have?
What are Algatech's technology platforms?
What is Astaxanthin's possible mechanism
of action?
What are the potential applications for
astaxanthin?
What is the advantage of astaxanthin over
other carotenoids and antioxidants?
What peer-reviewed literature has been issued
to date?
Corporate What intellectual property protection does Algatech have?
The biotechnology utilized by Algatech is proprietary and patented.
The process patent has been granted in the United States, Europe,
Canada, and South Africa, and is pending in many other countries
(the inventor is Prof. Sammy Boussiba et al.)
| Patent number |
Title |
| WO9728274 |
A procedure for large-scale production of astaxanthin from
haematococcus |
| US6022701 |
A procedure for large-scale production of astaxanthin from
haematococcus |
| EP0877817 |
A procedure for large-scale production of astaxanthin from
haematococcus |
| ZA9700830 |
A procedure for large-scale production of astaxanthin from
haematococcus |
| AU734157 |
A procedure for large-scale production of astaxanthin from
haematococcus |
| IL116995 |
A procedure for large-scale
production of astaxanthin from haematococcus |
| CA2246048 |
A procedure for large-scale
production of astaxanthin from haematococcus |
| AU1455697 |
A procedure for large-scale
production of astaxanthin from haematococcus |
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Science What
are Algatech’s technology platforms?
Algatech is focused on increasing the value of its intellectual
property, the core of which is the Photobioreactor Tubular System
technology platform for the production of natural astaxanthin and
other valuable products originating in microalgae. The growth in
intellectual property value is being underwritten in the following
ways:
1. By seeking to follow an international patenting program both
for new technologies, applications, and products
2. By expanding the number of products in the development portfolio
3. By clinical development of selected products for specific diseases
4. Algatech has a unique platform technology for the cultivation
of microalgae and will seek close commercial partners in order
to facilitate the marketing and further development of our products.
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What is Astaxanthin’s possible mechanism of action?
· Astaxanthin, like other carotenoids, can act as quencher
of singlet oxygen and other free radicals by absorbing the excited
energy of singlet oxygen onto the polyene electron-rich chain,
resulting first in the excitation of the carotenoid to a triplet
state, and then in the dissipation of the extra energy in the form
of heat by relaxation back to the ground state. In this way it
prevents cellular components or tissues from being damaged. The
carotenoid structure remains unchanged, and ready to act as a radical
quencher.
· Astaxanthin can act also as a chain-breaking anti-oxidant
and therefore protect lipid-rich cell membranes from degradative
oxidation via the formation of lipid hydroperoxides.
· Natural astaxanthin is a dietary supplement with extremely
powerful antioxidant benefits for human applications.
· Natural astaxanthin traps more free radicals than any
other antioxidant.
· Natural astaxanthin is proven to cross the human blood
brain barrier and therefore has the ability to directly act as
a superb antioxidant in the brain and eyes.
· As a result of having a hydrophobic, “oil-loving” polyene
chain on one hand and a “water-loving”, keto-hydroxyl-substituted
ionone ring on the other, astaxanthin is capable of spanning the
cell membrane bilayer, conferring antioxidant protection and strengthening
the entire cell membrane.
· Astaxanthin enhances the action of other antioxidants
like Vitamin E and C.
· Astaxanthin protects the nucleic acid components of DNA,
thereby preventing mutations of genetic material due to oxidative
stress.
· Astaxanthin’s antioxidant properties, both as a
quencher of singlet oxygen and a scavenger of free radicals, gives
it its ability to protect lipids from peroxidation, the dramatic
effect on preventing DNA damage being thereby clearly demonstrated.
· In vitro studies under specific laboratory conditions
in several discrete and independent studies have clearly and unequivocally
indicated that astaxanthin’s antioxidant properties are 10-500
times more powerful than those of other commercial carotenoids
and of Vitamin E.
· Astaxanthin’s superb antioxidant properties are
believed to be the reason for its potential benefits for human
health.
Astaxanthin: a superb natural
antioxidant
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What are the potential applications for astaxanthin?
·
Reduces inflammation by quenching reactive oxygen species*
·
Protects cell and mitochondrial membranes from oxidative damage**
·
Dramatically decreases DNA damage*
·
Crosses the blood brain barrier** and may assist in maintaining
neurological health.
·
Boosts immune system function by increasing the number of antibody-producing
cells*
·
Stimulates the immune system by increasing the total number of
T-cells*
·
Inhibits lipid peroxidation that may cause plaque formation in
the
circulatory system.
·
Prevents the initiation of tumorigenesis in the tongue, oral cavity,
large intestine,
bladder, and breast**
·
Protects the eyes and skin from UVA and UVB damage by quenching
singlet and triplet oxygen**
·
Reduces the number of new and abnormal cells in the liver**
* Confirmed in human clinical studies
** Confirmed in preclinical studies
· Astaxanthin- a superb
natural antioxidant
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What is the advantage of astaxanthin over other carotenoids and
antioxidants?
· Demonstrated to be bioavailable in human studies.
·
At least 10 times more effective as an antioxidant than beta-carotene
(in vitro).
·
Up to 500 times more effective in inhibiting lipid peroxidation
as an antioxidant than Vitamin E (in vitro).
·
At least four times the antioxidant capacity of lutein (in vitro).
·
More stable in scavenging and quenching than beta-carotene, canthaxanthin,
or zeaxanthin (in vitro).
·
Most potent antioxidant for immune modulation enhancement
·
More effective than lycopene, lutein, and beta-carotene in immune
protection against tumorigenesis
·
Enhances the actions of Vitamins C and E
· The enhanced activity of astaxanthin may stem from its
molecular structure. Astaxanthin belongs to the xanthophyll group
of carotenoids, or the oxygenated carotenoids (see other members
of this group in Fig. 1).
·
The hydroxyl and keto functional groups (see Fig. 1) present in
the ending ionone ring of astaxanthin may be responsible for its
uniquely powerful antioxidant activity and for its ability to span
the membrane bilayers as a direct result of its more polar configuration
relative to other carotenoids, and the charge stabilization that
is possible to attain by keto-hydroxy resonance in the terminal
ionone rings.
·
Carotenoids with polar end groups like astaxanthin span the lipid
membrane bilayer with their end groups located near the hydrophobic <> hydrophilic
interface, where free-radical attack occurs.
·
The remarkable antioxidant properties of astaxanthin are believed
to be the key factor in its potential protective activity of the
immune system, and its protection offered against UV photo-oxidation,
inflammation, cancer, and other age-related diseases.
·
Astaxanthin- a superb natural
antioxidant
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What peer-reviewed literature has been issued to date?
There are more than 300
publications and patents concerning astaxanthin.
For a review and references describing the immense potential of
astaxanthin, click here.
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Information provided in this article is for informational
purposes only, and is not meant to substitute for the advice of your
own physician or other medical
professional.
The statements herein have not been evaluated by the Food and Drug Administration.
Astaxanthin from Algatech is not intended to diagnose, cure, treat, or prevent
any disease.
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