Discover your GeoGenetic links with populations around
the world. Our test is the most refined and easy to understand
DNA genealogy test on the market.
Click here to have a no-cost, no-risk DNA Sample Collection Kit sent to you today.
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With this simple DNA Ancestry test, your DNA profile is compared
against hundreds of global populations and fourteen
anthropological regions whose collective genetic information is
known and scientifically validated. We then measure the
likelihood that your genetic information is linked with each of
those populations and regions, and plot the results on a
high resolution map which illustrates your unique geogenetic
heritage from both a per-population view, and an overall regional
view. DNA genealogy has never been so easy to understand!
The science of Ancestral Origins owes a great deal to the late Alan C. Wilson who died in 1991 while short-listed for the Nobel Prize. In his multi-year studies on informative genetic markers for tracking human origins he concluded that we are all related to a female ancestor who lived in Africa about 200,000 years ago - a premise today accepted by geneticists and the basis of comparative DNA.
STR DNA Profile ID Card
The STR Profile of any test applicant will be recorded on a
personal identification card that can be stored for your own
personal records. The STR Genetic Profile follows the
international standard for DNA identification; you may provide
this information to law enforcement when trying to help locate or
identify an individual (such as a child) in cases of abductions,
accidents or natural disasters.
About the DNA Ancestry Map
DNA genealogy using our heritage DNA Test benefits greatly from
the experience of one of the world’s top human identity DNA
testing laboratories. We've compiled data from scientific
publications such as Forensic Science International and The
Journal of Forensic Sciences, from organizations such as the Yale
School of Medicine, and from our own population databases into
what is now called "FoGG DB"": the Focused GeoGenetic Database.
We've also developed an analysis suite called FoggPopper" which
uses a human DNA profile to pull relevant data out of FoGG DB"
and then perform various calculations and follows certain
algorithms to arrive at a result which reveals a person's
strongest DNA ancestry. The data from this DNA ancestry test is
then compiled into a high resolution DNA Ancestry map,
personalized for each customer. Each map is broken into three
major sections: Population Matches, Native Region Matches, and
Strength Indicators.
Population Matches: We measure your DNA
individually against every population in our database, and mark how
strongly your profile matched against each. On the population match
map, each population has a shape which tells you which
anthropological region that population belongs to, as well as a
color to indicate how strong a match you had with it. Green is
a very strong match, yellow is a good match, and red means a weak match, or no match was made. In this set of calculations, we also
indicate three special anthropological regions, which are actually
groups of dispersed populations. A dispersed population is one that
has migrated from a native land to somewhere else on the globe.
Native Region Matches: Running a completely new
set of calculations, and not using any of our "dispersed
population" regions, we determine with which anthropological native
regions you have the strongest links. The strongest match is
indicated in green; any subsequent matches are indicated in yellow.
While the population match map contains data concerning recent
migrations to North America, the Native Region map does not, and
can be considered more of a "Deep Roots" match.
Strength Indicators: The first strength indicator graph looks at the
cumulative strength of each population in your matched regions,
and compares them. This way, you not only know how strong individual
populations are with the "population match map", but can look at the
larger picture, and know how each represented region compares
with any you may have matched. A second strength
indicator looks at your native region matches (in the smaller map)
and simply shows you how each native region compares in strength
with any other native regions you may have matched.
Quality, Size, and
Personalization
Each map is printed using a photographic-quality five-dye printing
process on glossy 17" x 10.6" photographic paper. These images come
out rich and beautiful and are suitable for framing and displaying
with pride in your home. Because every map is custom made, your map
will have "Exclusively prepared for" followed by your name printed
on it.
Personalised DNA Analysis Report
Included with your results is a personalised DNA Analysis Report
together with an account of historical migration, which will
explain how different populations have moved around the world. This
coupled with your personal results will give you a more
comprehensive insight into your ancestral roots.
Your personal report will include your DNA Profile together with
your 'Top 20' Personal Population Matches ranked in order of
strength.
Click here to view an extract from a Personalised
DNA Analysis Report.
Order the DNA Ancestral Heritage Sample Collection
Kit
The DNA Sample Collection Kit can be sent to you free of
charge. The $299 laboratory processing fee will have to be
remitted when submitting samples for DNA analysis. We
accept: Visa | MasterCard | Amex | Money Order | Check.
Click here to have a no-cost, no-risk DNA Sample Collection Kit sent to you today.
Ancestral origins often raise the genetic question of whether the possibility of reverse evolution exists. Can an organism loop back on itself and revert to a primitive form?
A great deal of research has been done, much of it at the Howard Hughes medical institute.
Extensive studies indicate that contrary to our opinion of some people, genetically it is impossible.
An analysis of the gluticocofrticoid receptor (GR) found in vertebrates proves that evolution moves in one direction — it is a one-way valve.
GR is the sister gene of a similar hormone receptor, the mineral corticoid receptor (MR), and both GR and MR are duplicates of a 400 million year old ancestral gene.
The ancestral protein encoded by that gene is labeled ANCR and 40 million years ago was the last ancestral link between salmon and us.
As an organism moves forward in evolutionary time and adapts to new environments, a multiplex of genetic mutations occurs, the restrictive ones are able to block the path to reversion.
Once a genetic adaption works the restrictive mutations permanently block reversion — that bridge is burned.
The larger question remains: was evolution an inevitable outcome, or a fortuitous accident.
The answer is — a little of both, but tilting in the direction of fortuitous accident.
