00:01
I want you to take
a look at this picture.
00:03
Look at it really closely.
00:05
What is the difference
between the patient's right side
and the patient's left side?
Yeah, look at that right side.
00:14
That is pretty significant hardware
that they're
supporting there, right?
This patient has had
a total hip arthroplasty.
00:23
So when you have a patient
that you're caring for,
and you see they
have this in their history,
this is what I want you
to visualize.
00:30
This is what orthopedic surgeons do.
They're incredible.
00:34
But there's, I told you a lot of
power tools involved and strength
and helping this patient
regain mobility.
00:41
But let's take a closer look
at that new kind of hip there.
00:45
Now take a look at that is
what it actually looks like.
00:49
Like that's metal. That's what
gets placed in a patient's body.
00:53
Now at the top, that's a funny word,
but it's acetabular component,
right?
It's got that round
or spherical surface.
01:00
So that's what's gonna go
right into that former socket.
01:04
Now also, there's the femoral stem.
01:07
Yeah, here's where
it gets real personal.
01:09
Take a look at our drawing.
01:12
Where is that femoral stem placed?
Yeah, boom, boom, boom,
right into the bone.
01:21
That helps the patient
have stability,
keeps that hip replacement
in the socket, right,
where we want it to be,
and allows them to control that leg.
01:31
Now you see on
the patient's left side,
those are the original parts, right?
That's what the patient came with,
and that is still intact.
01:38
But because of the fracture
that they experienced,
when they have a
total hip arthroplasty,
this is the procedure that's done.
01:46
So you've got that heading
into the socket, right?
That is a tabular component.
01:50
It's a rounded spherical surface,
then you've got the femoral stem
that goes down
into the patient's bone.
01:58
Wow, this is why it's a lot
to come back from.
02:01
So you have this component,
that surface,
there's a little liner
on the inside,
there's a plastic liner,
and then there's what you call
the femoral head.
02:08
Now the patient's
femoral head on the left
is the one they were born with.
02:13
The one that we have
here on the right is metal.
02:15
That's what's being replaced.
02:17
So that gives you
kind of a close up version,
we've broken it down for you.
02:21
So you see the components
of the hardware that's used
in a total hip arthroplasty.
02:28
One of the things
that fascinates me
is the amount of range of motion
the client has after this procedure.
02:35
I mean, look at how science
has figured out
how to restore this patient's
ability to walk.
02:40
So even though the range of motion
for an artificial hip
is a little less than normal,
it still lets the client
have a very wide range of motion.
02:49
See their leg muscles will help keep
that artificial leg in position,
so it won't dislocate.
02:55
Now, here's the deal.
02:57
When we say dislocate,
we don't want that brand new hip,
that implant to pop out
of its new socket.
03:03
So there's very specific care
that you'll need to watch over
and monitor after hip surgery.
03:10
We'll get into that
in another series.
03:12
But now that you have this visual
of what the patient has experienced,
what their new hip socket
looks like,
it's going to make
caring for this patient
much more straightforward for you.
03:25
So one of you wrote in a question.
03:27
Can the client with an osteoporosis
have a total hip arthroplasty?
Well, let's think that through.
03:34
We know what osteoporosis is, right?
It's a porous bone.
03:38
And a total hip arthroplasty is
putting that big implant in there,
like we talked about
replacing the joint,
putting the liner on,
then pounding that into the femur.
03:48
Ah, pounding that into the femur.
03:52
I want you to predict,
do you think if a patient can
or cannot have this procedure,
if they have osteoporosis?
So pause,
commit to your answer.
04:02
Write it down, and then
we'll come back, and talk about it.
04:09
Oh, hopefully you said it depends,
because that's really
what the answer is.
04:14
Now, this wasn't a trick question.
04:16
But thinking about that
going into the femoral head,
right, going all the way down
into that bone,
if someone has minor osteoporosis,
it likely can be done.
04:26
But the surgeon might have to make
some adjustments. Why?
Because now you're not putting it
into solid bone.
04:32
You're putting it into porous bone.
04:34
So if they have minor osteoporosis,
the surgeon may do things like
use a longer implant
so it's more stable.
04:41
They also might make
some other adjustments,
but they're going to be very aware
of the patient's bone strength
and adjust their strategies
according to what they see.
04:51
Now, in severe osteoporosis,
now you've got a real concern.
04:55
That bone may not be able
to support the new joint,
and then we have a
significant problem.
05:00
that requiring nursing interventions
and problem solving
with the whole healthcare team.