00:00
So let's wrap up this part
of the video series.
00:03
A urine specific gravity
is a routine part
of every urine analysis.
00:07
Hey, that's cool,
cuz you're going to see
a lot of urine analysis,
meaning you're going to have
a lot of exposure
to urine specific gravity.
00:15
Now, urine specific gravity test
compares the density of urine
with a density of pure water,
and that shows us the
concentration
of all the chemical particles
in the urine.
00:25
Alright, I don't want to
go on to the next point
til you make sure
that's clear for you.
00:30
A urine specific gravity test
compares the density of urine
to the density of pure water.
00:36
Now, let's look at the next node.
00:38
So we know that urine
is a solution of
minerals, salts, and compounds
dissolved in water.
00:45
So since we compare that to water,
which is 1.0,
the normal specific gravity
has to be greater than 1.0.
00:55
Okay, so you've got those solid.
00:58
Let's move on to the next point.
01:00
1.010 to 1.030
is one example of a normal range.
01:06
Remember, it's going to be
greater than 1.00
because the urine has substances
dissolved in it.
01:13
Urine specific gravity that are
outside of the normal range
have multiple possible causes and
require your additional assessment.
01:21
Thank you for watching
our video today.