Advanced Science & Research
When looking into
what is available in the science, research, and discovery that leads to
breakthrough
nutritional products that benefit us there many things to consider—you
have the power to renew
your body and feel better every day.
Every single day our bodies replace more than 300 billion cells. The
process is called cell renewal
and is central to all life. In our many years in this industry, we have
found that not every company, through research
and investigation, including the study of the effect of medicinal
plants and nutrients to human cells at the genomic and protein
level, has identified specific natural compounds that nourish,
restore, fortify, and vitalize the cells of your body. These elements
have the power to optimize regeneration and help you build stronger,
healthier cells.
Not every company uses extensive research, and have scientists who
study
ingredients from all over the world— ingredients that have been used
medicinally for centuries. Not every company has also reviewed
and incorporated compounds in their products
which have been proven in scientific
literature to provide the vitality needed to enjoy life.
In fact, we know of only one such company. CONTACT US here for
specific information about that company.
Industry-leading Results
There is a model that is very successful in providing high
quality research and products in a way that is unique to the
industry....
• To discover the secrets of nature.
• To scientifically isolate and develop unique nutritional formulations
with research-proven effectiveness.
• To deliver these products and their renewing power to you.
In simple terms, renewal is the body’s ability to regenerate and
replenish cells giving you the opportunity for daily improvement in how
you look, feel, and perform. We have chosen to align ourselves with a
company that has spent decades exploring the secrets of natural
products
to support this process. That work has led to more than 160 patents and
patents pending that have been developed in state-of-the-art
research facilities, the only such labs in
the world dedicated to this specific research.
What is Genomics?
Genomics is the
study of an organism's
entire genome.
The field
includes intensive efforts to determine the entire DNA sequence of
organisms and fine-scale genetic
mapping efforts. The field also includes studies of
intragenomic phenomena such as
heterosis, epistasis,
pleiotropy and other
interactions between loci and alleles within the genome. In contrast,
the investigation of single genes, their functions and roles, something
very common in today's medical and biological research, and a primary
focus of molecular biology, does
not fall into the definition of genomics, unless the aim of this
genetic, pathway, and functional information analysis is to elucidate
its effect on, place in, and response to the entire genome's networks.
What is Proteomics?
Proteomics is the
large-scale study of
proteins,
particularly their structures and functions. Proteins are vital parts
of living organisms, as they are the main components of the
physiological metabolic pathways of cells. The term "proteomics" was
coined to
make an analogy with genomics, the study of the genes. The word
"proteome" is a blend of "protein" and "genome". The
proteome is the entire complement of proteins produced by an organism
or system. This will vary with time.
Proteomics is often
considered the next step in
the study of
biological systems, after genomics. It is much more complicated than
genomics, mostly because while an organism's genome is rather constant,
a proteome
differs from
cell to cell and constantly changes through its biochemical
interactions with the genome and the environment. One organism has
radically different protein expression in different parts of its body,
different stages of its life cycle and different environmental
conditions. Another major difficulty is the complexity of proteins
relative to nucleic acids. E.g., in humans there are about 25 000
identified genes but an estimated >500 000 proteins that are derived
from these genes. This increased complexity derives from mechanisms
such as alternative splicing, protein modification and protein
degradation.
What
is Nuclear
Magnetic Resonance?
Nuclear magnetic
resonance (NMR)
is a physical
phenomenon based upon the quantum mechanical magnetic properties of an
atom's nucleus. NMR also commonly refers to a family of scientific
methods that exploit nuclear magnetic resonance to study molecules.
By
studying the peaks of
nuclear magnetic
resonance spectra,
skilled chemists can determine the structure of many compounds. It can
be a very selective technique, distinguishing among many atoms within a
molecule or collection of molecules of the same type but which differ
only in terms of their local chemical environment.
In basic terms, this allows
scientists to
examine at the
smallest possible atomic level within a molecule and the properties of
each individual plant fraction. This information is studied, as well as
the effects of these fractions individually on human cells, to create
the breakthrough products that are produced by only one company that we
know of, and will continue to
produced for years to come.
CONTACT US
here for more
information.
Our
site is not
affiliated
with Univera, Inc., or NetImpact. This site is
intended to serve as a portal to individuals for education in wellness,
and in the latest healthy aging science. The purpose of this site is to
provide links for science based information from different sources to
its guests and associates, as well as a business opportunity through
our marketing website.
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