Romberg Test - Balance Exam Explained - Clinical Skills Deep Dive - Dr Gill Get 25% off Blinkist premium and enjoy 2 memberships for the price of 1! Start your 7-day free trial by clicking here: http://www.blinkist.com/drjamesgill
The Romberg test is typically performed on patients reporting issues with balance and vertigo who may have been experiencing falls. Specifically, Romberg's is looking at balance based on proprioception and vestibular function MINUS visual input.
By removing the visual component of balance, Romberg's test allows a clinician to identify potential causes of the patient's balance issue - whether a vestibular issue or a problem with proprioception.
In this video we set out the steps needed to go through, including the sharpens Romberg test which can be used in dive medicine
As Romberg's sign or a positive Romberg test may be seen in both vestibular and proprioceptive issues it may occur in many conditions - which would include:
[Music]
foreign hello and welcome back to the
channel my name is Dr James Gill and
you've joined us for another clinical
skills video
today we're going to be looking at the
romberg's test which is used to look
when we have sensory imbalances
particularly an ataxic gate
in terms of the romberg's test it was
initially developed in the 1800s by uh
Moritz Romberg essentially when he was
assessing tabster saleus or
neurosyphilis now with neurosyphilis the
spirochetes have invaded the brain and
will damage cerebellum and potentially
the dorsal columns which are involved in
proprioception
it's very important because with the
damage there we lose proprioception the
knowledge of where your body is in space
and thus we get an ataxic and imbalanced
gait in order to maintain balance we
need three components we need to have
our vision systems intact we need to
have our vestibular systems intact and
we also need to have our proprioceptive
systems intact
so Vision allows us to focus on one
point to ensure we are not moving the
vestibular system essentially allows us
to tell which way is down and thus
improve our balance and our
proprioception systems allows us to
determine where on joints and muscles
are positioned so where our body is
we can maintain adequate balance with
one of those systems impaired however if
two systems are impaired then that will
produce a an issue I.E a positive
rhombox test
so in terms of demonstrating the
romberg's test
my name is Dr James Gill I've been asked
to do an examination of your balance
today that'd be okay yep so before we go
any further can we please confirm your
name and date of birth photographs I'll
be 2nd January 2000. so what we're going
to do we're going to get you to do a
short walk which will allow us to assess
your gate we assume that it's going to
be normal but we'll still continue on
with the examination then we're going to
get you to stand and focus on something
against the wall and we'll see what
happens with your balance if anything
and then we're going to do the same
again with a slight change in your
stance but with your eyes closed is that
okay super Pacific walk forwards for it
so at this stage we're observing the
patient as they're walking and
confirming that in this particular
situation there is no obvious ataxic
gait so we wouldn't need to proceed
forward but for the system for the
examination here we will do so so we
want to have you stand with your feet
shoulder width apart
and the examination can be performed
with the patient's Arms by their side or
crossed over the chest I like to have it
crossed over the chest because it's
providing some distraction to the
patient rather than their arms hanging
and if you could look forward for 30
seconds
as we do so we're observing to see if
there is any abnormalities in terms of
sway as the patient is standing there
it's not uncommon even in healthy
individuals to have a very slight sway
at this point
however if we did have a problem with
the proprioception or the vestibular
system at this point then we might
expect the patient to have difficulty
holding this position and perhaps they
would move their legs or certainly be
swaying much more considerably
with our 30 seconds elapsed we've seen
no issues here
we're going to increase the difficulty
now
so the next part of the examination
we're going to stay with your feet
shoulder width apart and your arms over
your chest but I'm going to stand with
my arms either side of you this is to
make sure that you don't fall if there's
any problems I'll tap you to one
shoulder or the other or stop you moving
overall
so with that in mind do you feel safe to
continue
okay so if you close your eyes please
and we're going to see if there's any
swaying at all so he's down there
so at this point in terms of our Triad
we have at a healthy patient we have
proprioception intact and we have the
vestibular system intact but we have
removed Vision so we're going to get a
slight sway here is exceptionally minor
but it has increased somewhat as we'd
expect for a normal individual
however if we had somebody where either
the vestibular system or the
proprioceptive system was impaired at
this point we might expect to see
significant sway or perhaps the need to
move out of the stance over those 30
seconds
so we've seen no abnormalities here so
if you open your eyes
it's very important when you're doing
this assessment you're either standing
right next to Patient or as my
preference you have your arms out and
the patient is aware of that so they
have the confidence in allowing you to
safely ask them to perform this
examination
there is a third step if required with
regard to romberg's called a a tandem
gate or a sharpening of the romberg's
test this is specific to decompression
injuries in divers so isn't used that
frequently what we'd ask you to do is
move one foot behind the other so your
toes are touching your heel
would do the same again Cross Your Arms
over your chest and again I'll make sure
you don't fall and if you close your
eyes
so right away as I'm observing here
we've got a slight shake or shimmy
coming on because this is a much more
difficult test even in a healthy
individual
but a healthy individual with Mod mild
to moderate sway should be able to
complete the test
if however the patient stepped out of
alignment or the sway was sufficient I
would terminate the test then that would
be considered to be a positive Romberg
sign
okay and open your eyes super so there
were no abnormalities there and you
successfully passed the test so we've
confirmed that there's no obvious issues
with your vestibular visual or
proprioceptive systems do you have any
questions myself no super thank you
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so in terms of what conditions would we
see a positive Romberg sign we may see
in Meniere's disease where the
vestibular cochlear system has been
affected
we may see it in B12 deficiency where we
may have had some acute combined
degeneration of the cord
we may have problems where we've got
posterior spinal syndrome where there's
been an infarction to one of the
posterior spinal arteries again
affecting the nerves back there
we could have as mentioned have
neurosyphilis or tabster cellulose
specifically affecting the dorsal
columns
we may also have slightly more esoteric
conditions causing a positive Romberg
sign for example peripheral neuropathy
which we may see in advanced diabetes
here the problem isn't so much with the
transmission of the signal down the
dorsal columns but actually the
generation of the signal from the
peripheral nervous system in the first
place
and as a result of this that's one of
the reasons we're going to strive
greatly to reduce the probability of
peripheral neuropathy in diabetes
because the global impact this disease
can have
so balance is comprised of three
features we have our visual system we
have our vestibular system and we have
our proprioceptive system
if we lose one of those three features
then balance will be remained intact
however if we lose two of those systems
then bounce will be impaired
the romberg's test is assessing the
vestibular and the proprioceptive
systems
if we ask the patient to close their
eyes during the romberg's test we're
limited just to the vestibular system
and the proprioceptive system to
maintain balance
if one of those two systems is also
impaired then we'll see the patient step
or sway significantly during the
romberg's test
we would however need to go on further
in order to diagnose whether or not it
is a proprioceptive issue or a
vestibular issue that of course rise to
a positive rhombocs
there is a variation of the romberg's
test where the patient is asked to stand
on a block of foam this tends to be only
done in neurology clinics and isn't
something that's widely available
by standing on the block of foam it
removes or dampens the proprioceptive
responses from the body and gives much a
more effective test with regard to
identifying if we have a vestibular
issue or a proprioceptive issue
when the patient stands on the block of
foam because they it's diminishing the
proprioceptive input if they're then
losing their balance we know the
vestibular system is the impaired one as
their eyes are still open at that point
well I hope this has been a useful video
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