® KeySense is a registered trademark of The Sapphire Foundation t/as Parkinson’s Foundation (Australia)
© Copyright 2024
Parkinson’s FOUNDATION
(AUSTRALIA)
Parkinson’s Disease
Early Detection and Monitoring with KeySense
Parkinson's disease is a progressive neurodegenerative disorder that affects movement,
motor skills, and coordination. It is the second-most common neurodegenerative disease
after Alzheimer's, affecting over 10 million people worldwide.
The symptoms of Parkinson's disease can vary from person to person, but visible changes
may include tremors, rigidity, bradykinesia (slowness of movement), and postural instability.
The disease progresses slowly over time, and the symptoms become more severe.
If you are concerned that you or a loved one may have Parkinson's disease, we encourage
you to take the KeySense assessment. It is free and can be taken from the comfort of your
own home.
Disclaimer: KeySense is just an assessment tool. It does not provide a medical
diagnosis and the results can not be used as such. Only a medical practitioner
can establish whether or not you actually have Parkinson’s Disease.
GPs, on the other hand, were only 75%
accurate in their diagnoses.
KeySense can also detect early Parkinson's
up to 5 years before usual diagnosis. This
means that KeySense can help people get
the treatment and support they need early
on.
3.
You don’t need to be a good
typist to do the assessment
The KeySense techniques don’t care about how quickly you type or how many mistakes you make. Even slow, two-finger typing is fine - we are mainly assessing the pattern of finger rhythms. We will ask you to transcribe a passage of text, then you will have the KeySense results immediately. The results are shown as scores across multiple movement attributes - it is not a pass/fail assessment or a diagnosis, but shows how you compare to others. Have a look at a sample report hereThe Problem
There are some key challenges though in diagnosing Parkinson's disease: The symptoms are often subtle and difficult to detect in the early stages. There is no single, objective, diagnostic test for Parkinson's disease. The diagnosis of Parkinson's disease is often delayed by years, and someone may have it for a decade or more before it’s finally diagnosed. Although there is currently no cure for Parkinson's disease, once diagnosed there are medications that can help manage the symp- toms, along with lifestyle changes that can improve quality of life for people with Parkinson's disease.The KeySense Solution
1.
Simplicity
Our KeySense technology provides a simple, non-invasive, and accurate way to detect Parkinson's disease in its early stages. KeySense analyzes the rhythm and cadence of your keystrokes as you type on a computer keyboard. This data is then used to create a personalized risk score for Parkinson's disease. The KeySense test is quick and easy to take. Simply type some paragraphs of text on your own computer. The assessment takes about 10 minutes or so to complete, and your results are available immediately2.
Accuracy
The KeySense test is typically more accurate than a GP's diagnosis. KeySense has been used by more than 40,000 people already and, in the latest analysis, has 90% accu- racy in detecting Parkinson's disease in its early stages.
GET STARTED NOW
See whether the way you type shows any indications of early Parkinson’s Disease. Less than a page is needed for immediate analysis, based on characteristics and rhythms in your typing. It will take about 10 minutes to complete. We don’t ask you for any personal details, so you remain completely anonymous.
© 2023 Parkinson’s Foundation (Australia)
Home-based detection & monitoring
of Parkinson’s Disease
Do you suspect that you or a loved one may have
Parkinson’s Disease?
It’s the second-most common neurodegenerative
disease in the over-60’s, but people may have it
for up to a decade before it is diagnosed.
KeySense provides a simple screening test that
you can do on your own computer in just a few
minutes.
The Problem
The
problem
with
Parkinson’s
is
that
the
early
symptoms
are
often
subtle,
vague
and
ill-
defined.
And
even
though
most
people
think
that
hand
tremor
is
one
usual
indicator,
it’s
not
necessarily
so
-
there
is
more
than
one
type
of
tremor,
and
the
most
common
is
completely
unrelated to Parkinson’s Disease!
Until
now
there
has
been
no
definitive
diagnostic
test
for
the
disease
and
diagnosis
has
relied
on
close
observation
of
your
movement
features,
in
conjunc
-
tion with a range of other potential indicators.
Unfortunately
first-line
medical
practitioners
such
as
GP’s
don’t
have
the
specialized
training
and
have
had
a
quite
high
misdiagnosis
rate
of
Parkinson’s
-
they
don’t
pick
it
up
in
more
than
25%
of
cases
and
so
it
can continue undiagnosed for many years.
This
isn’t
a
criticism
of
GP’s
at
all
-
early
diagnosis
relies
on
having
extensive
specialized
experience
and
is
often
quite
difficult.
Neurologists
have
that
exper
-
tise,
but
you
need
to
be
referred
to
them
first.
Often
a real Catch-22 situation in practice.
The KeySense Solution
Since Parkinson’s is primarily a disease which affects movement, the KeySense approach is to assess the movement of your hands and fingers, which is where typing comes into the equation. As you type, it is possible for us to analyze your keystrokes down to millisecond accuracy, and use a suite of AI techniques to assess the cadence and rhythm of your typing. In someone with early Parkinson’s, the patterns are different to those of people without the disease. KeySense is based on proven science and the methodology has been extensively validated. But why is getting an assessment important? You are probably visiting this website because you (or a family member) are concerned - it may be a niggling worry about having some of the symptoms of Parkinson’s or you may have already discussed things with a medical practitioner. In any event, being able to establish with more certainty whether or not you may have the disease will itself take away some of the stress (and potentially get you started on medi - cation to reduce the effects of the disease).
