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Origin
Found at the very heart of young plants and more precisely under
the pistil, plant placenta plays the role of a nourishing
liquid, feeding the fruit during its growth through a veritable little
umbilical cord. Placentor Vegetal plant
placenta is prepared using plant cells and tissue from
2 plants
in their first stages of life, used in a fresh and native
state. |
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 GLYCINA HISPIDA
Legume, a variety of non-genetically modified soybean, very rich in
amino acids, peptides (protein precursors) and trace elements. This
active ingredient gives Placentor Vegetal
its high regenerative power . This plant is a crop
product. |
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FAGUS SYLVATICA
Juices from beech buds, highly rich in peptides, mineral salts and
soluble sugars.
This active ingredient releases the potential of the regenerative effect
of Glycina Hispida and ensures long-lasting
moisturization thanks to its mineral salts, which fix the free
water in the epidermis. |
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Actions of plant placenta
Biochemical research has compared the composition of plant placenta to that
of human placenta, showing that they have a bio-analogous composition. It
has notably been observed that they are similar in terms of their amino acid
content and distribution.
The following table gives a few of the most important amino acids, expressed
in residue per thousand.
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Plant Tissue |
Human Placenta |
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Proline - hydroxyproline couple +
 aspartic acid
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812
|
237 |
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Diamine acids |
133
|
87 |
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Sulphur amino acids |
> 10
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14 |
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Leucine/isoleucine couple |
128
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70 |
These amino acids and peptides act as
veritable bio-stimulator with total respect for the skin's natural process
of evolution. Cells are then stimulated in a perfectly natural way.
We should notably stress the high content in the
plant tissue of proline/hydroxyproline, an essential amino acid couple that
plays a major role in the process of synthesizing collagen.
These amino acids are associated with
peptides, trace elements, nitrogen and phosphorous compounds and other
components involved in cell metabolism. The result is that plant placenta
provides cell regeneration results that are even better
than those of human placenta.
Studies have notably been carried out in the dermatology department of Croix
Rousse Hospital in Lyon, showing clear improvement for dry and flaky skin
(due to illness or aging).
Moreover, in vivo tests have proven that there is an
optimum tolerance to plant placenta.
Lastly, it has been proven
that plant placenta gives excellent results on the scalp, stimulating the
hair follicles.
 70% increase in oxygen consumption
It has been demonstrated that the components in plant placenta, notably the
peptides and trace elements, are involved in the basic activity of living
cells. Cell life consumes oxygen.
It has been proven that, in the presence of plant placenta, the cell is
stimulated, is more active and consumes more oxygen.
40% increase in protein synthesis
Oxygen consumption is a real sign of an active life.
In reality, cells use oxygen to synthesize more protein, which is
indispensable to the many functions and structures of the skin.
Results of plant placenta
deep skin
regeneration
attenuation of
wrinkles and lines, scars, and stretch marks that already exist
prevention of the
appearance of blemishes such as wrinkles, scars, stretch marks, etc.
long-lasting
moisturization
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