Now that you know how our DNA tests work
ready to try one for yourself?

Check out the full line of DNA tests we offer, delivering new insight
on your health, fitness, personality, and more.

START OVER
STEP 5
Decoding Your Results
Once we’ve made it easy to detect the different areas of interest within your DNA, we compare the
code in your genes against a giant library of traits. By seeing how they compare, we learn what makes
you unique — then, we send the results to you via our app, so you can learn about it, too!
After we've analyzed each of the
genes and traits we're testing for,
your results are automatically
sent to you via our app, where
you can take a closer look at what
they mean, and how they might
affect your health and wellness.
Ask Marvin
Variants:
What Makes You, You?
Variants: What Makes You, You

When looking at your genes, we look for variants —
differences in your genetic code that can affect your traits.

For instance, our Fitness DNA Test measures a gene for Muscle Mass.
Even if both your parents have the exact same Muscle Mass variant, because you
inherit only half from each of them, you could wind up with 3 wildly different results.

STEP 4
Detecting Your DNA
Now that we’ve extracted your DNA, we need to take a closer look at the particular
genes we want to know more about. So, using a series of chemical reactions, we create
a ton of copies of the specific part of the DNA we want to look at, so it’s easier to see.
Once we’re able to see a
particular gene and read its code,
we can use that information to
determine if that gene may have
an effect on your unique traits.
Ask Marvin
HOW DO WE MAP
OUT YOUR RESULTS?
chart3-1 chicken2 chicken3
HOW DO WE MAP OUT YOUR RESULTS?
Once we can detect the sequence of a particular gene from your sample, we load it into my
software, which plots your unique genotype onto a chart.
Then we load in results from a random sample of people who have taken the same test.
As you can see, a pattern starts to emerge.
(There’s a reason we call this the Chicken Claw Chart!)
Our test results generally fall into 3 main categories:
Either you’ve got a normal genotype, an adapt genotype, or a gifted genotype.
But which of these 3 lines is which?
To find out, we load in some specific samples we use for reference.
They reveal which “claw” is associated with which category.
By seeing where your sample falls on the chart, we’re able to determine which
genotype you have, and if it’s normal, gifted, or adapt.
This particular chart is mapping out ACE, a gene from our Fitness DNA Test that measures
Cardiac Output. So it looks like this person is probably a speed demon!
STEP 3
Extracting Your DNA
So, now we’ve got the DNA from your sample. But there are a lot of other bits and pieces
of your cells in there, too. So, using super-strong magnets and me, Marvin, we separate
your DNA out from everything else.
Add magnetic beads to
mixture of DNA and cells.
Magnetic beads bind
to DNA strands.
DNA is separated out
using magnets.
Non-DNA cell components
and solution are removed.
Sample is washed to remove
all non-DNA material.
Ask Marvin
Watch Me
In Action
WATCH ME IN ACTION
Check out this video of me getting down to business, moving
DNA samples to different magnetic plates to help extract your DNA.
STEP 2
Processing your sample
Next, we use chemicals to pull the cells off your sample swab. Then, like an egg,
we crack those cells open to release all the DNA inside.
Ask Marvin
HOW DO WE RELEASE
DNA FROM INSIDE CELLS?
HOW DO we RELEASE DNA FROM INSIDE CELLS?
To break open your cells and get the DNA inside, we put your swab in a
solution and put it in a special heating machine. Heat + Time + A Little
Stirring, and boom — there’s your DNA.
STEP 1
Receiving Your Sample
Once your sample swab comes into the lab, we scan it in and confirm your information,
making super sure we have the right sample for the right person.
Ask Marvin
What About
Your Privacy?
WE VALUE YOUR PRIVACY
At Orig3n, we believe that you should be the sole owner of your
genetic information, and that only you have the right to determine
how that info is used. We’ll never do anything with your DNA data
without your say-so.
EXPLORING OUR LAB
Hi! I’m Marvin. I work here at Orig3n.™ My job is to take your
DNA sample and crack your unique genetic code, so you can
learn new insights about yourself.

It sounds pretty complex, but thanks to a lot of hard work and some amazing
technology — including yours truly — we’ve got it down to a science:

  • — Receiving Your Sample
  • — Processing Your Sample
  • — Extracting Your DNA
  • — Detecting Your DNA
  • — Decoding Your Results

Want to know how it works? I’ll walk you through it — and share some
fun facts with you along the way!

Ask Marvin
What is DNA,
Anyway?
What is DNA, Anyway?

Your DNA is made up of organic molecules called nucleotides. There are only 4 different types of nucleotides —
Adenine (A), Thymine (T), Cytosine (C), and Guanine (G) — but there are billions of each, arranged in many different sequences, like
a code. Together, they form the blueprint of you.

The way your nucleotides are arranged can make a big difference in the traits you have.

TAP THE ARROW TO EXPLORE DIFFERENT GENES
FITNESS: Muscle Force
Orig3n’s FITNESS DNA test explores different
genes connected to exercise and fitness.
One of these genes — called ACTN3 — measures Muscle Force.
It can reveal how well you perform at sports that require quick, powerful
bursts of energy, like football or boxing.
Drag-and-drop different nucleotides onto the DNA strand
to see how they affect Muscle Force.
TC IS A NORMAL VARIANT
You're likely to build muscle mass
at a normal rate.
NUTRITION: Lactose Intolerance
Orig3n’s NUTRITION DNA test digs into various genes
related to food and nutrition.
The gene MCM6 is connected to Lactose Intolerance. It can reveal how
well your body is able to digest milk and other dairy products as an adult.
Drag-and-drop different nucleotides onto the DNA strand
to see how they affect Lactose Intolerance.
TC IS A NORMAL VARIANT
You're likely to build muscle mass
at a normal rate.
BEAUTY: Sun Sensitivity
Orig3n’s BEAUTY DNA test analyzes certain
genes linked to skin health.
MC1R is a gene associated with Sun Sensitivity. It can reveal how likely you
are to get sunburned or develop sun-induced wrinkles.
Drag-and-drop different nucleotides onto the DNA strand
to see how they affect Sun Sensitivity.
TC IS A NORMAL VARIANT
You're likely to build muscle mass
at a normal rate.

EXPLORING OUR LAB

How Do We Transform Your DNA
into Real Results?

GET STARTED
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