Scott Webb: Thoracoabdominal Branch Endo prosthesis or TBI is a revolutionary
procedure that's used to repair complex and life-threatening thoracoabdominal.
Aneurysms and vascular surgeon, Dr.
David Blitzer is here today to tell us about the first successful use of
TBI at Community Memorial Hospital and why This is a game-changer for
aneurysm patient's in Ventura County.
Scott Webb (Host): Welcome to Wise and Well, presented by
Community Memorial Healthcare.
I'm Scott Webb.
Scott Webb: Doctor, it's nice to have you here Today we're gonna talk about the
first TBI procedure in Ventura County.
And uh, you know, and I know that TBI stands for Thoracoabdominal
Branch Endo Prosthesis, but we'll probably abbreviate as TBI today
because it's just easier to say.
Before we get there though, I wanna have you introduce yourself briefly,
describe your respective roles in the successful performance of this first
Tam b procedure in Ventura County.
Dr. David Blitzer:
so my name is Dr.
David Butzer.
I'm a vascular surgeon in the community.
With Pacific Cardiovascular and Vein Institute, AMI
procedure is really interesting.
This is, a newer device that has come through the FDA
over the last several years.
To put it very briefly, it's for very complicated aneurysms that extend up.
So they extend not just in the belly, but they start moving towards the chest and
including other blood vessels that supply major organs, including the kidneys.
Bowel, stomach, liver, spleen, they include all of
those blood vessels as well.
And previously , this type of pathology would require a big surgery.
A surgery that would enter the chest And the belly.
So as you can imagine, it's not just the complicated surgery that
we worry about, but the recovery for something like That is huge.
this procedure allows us to do that type of repair, but with a very small
couple centimeter incision in the arm and a needle hole in the groin.
And so once we identified that one of our patient's was a candidate because
of his very challenging pathology, This is how it came about to plan and
execute the first Tam B in Ventura County and at Community Memorial Hospital.
Scott Webb: Yeah, it's really amazing and I am just a lay person
trying to keep up with you here as maybe listeners are as well.
But I was doing a little bit of research and I was thinking like the huge, you
know, open surgeries, old school, if you will, and, to have done now this
first TBI procedure is pretty amazing and I, I just wanna ask like about
these types of aneurysms, what makes the condition so particularly challenging
and most importantly, life-threatening?
Dr. David Blitzer:
with aneurysms in general, as you can imagine with a blood vessel,
they're essentially muscle tubes.
As they get bigger aneurysm, it just means that there's a, very specific
spot that's starting to balloon out.
And just like with the balloon, as it gets bigger, that wall gets thinner
and eventually puts you at-risk for rupturing or bursting open.
That can cause.
It's a high incidence of causing catastrophic bleeding.
And we measure them.
We measure them to see when the sizes that puts you at-risk
for that catastrophic bleeding.
And when that risk becomes high enough, we offer repair In general, for most
people, this happens below right around where the belly button is, below the
kidney arteries, And the repair is endovascular, meaning we just do it
through needle holes in the groins, and it's relatively straightforward.
But with Tamia in particular, now it's encompassing these other blood vessels.
And if you were to do the same kind of repair, trying to cover up where
the aneurysm is, then you would eventually take out these blood
vessels or you'd block 'em off from perfusing those important organs.
What Tam B does is \ it gives us these portals that would be deployed.
So imagine that there's little doorways or gates that are deployed above where
those other blood vessels are, And we snake in other stent grafts or other
coverings, so we could still profuse those organs and cover up the aneurysm.
Scott Webb: Yeah.
And I'm just trying to get a sense, I'm assuming, unlike the rest of us
doctor, you didn't watch just like a YouTube video or tiktoks Right.
To learn
how Yeah.
To learn, to learn how to do Tammy.
Right.
So just give us a sense, you know, as best you can in, audio form if you
will, like what makes the device in the procedure just such a significant
leap forward in vascular surgery.
'cause it just sounds kind of mind blowing, but tell us more about
it and how'd you learn to do it?
Dr. David Blitzer:
my training was at the University of Maryland, , which
is one of the busiest places.
For complex aortic pathology or diseases of the aorta, the
main blood vessel in the body.
And so we were on trial for Tamia actually.
So when this was going through the big clinical trials to look at the
safety And the efficacy of it, we were some of the first, surgeons
that were putting them in for folks.
And so I trained under some very talented surgeons, taught us how to do it.
And it's really, it's not only doing the procedure, but it's also understanding
the complexities And the nuances of it.
So as you can imagine that before , this procedure.
Before it was available would require a big incision to the chest, going
between the ribs, taking the diaphragm with the muscle that helps you breathe
off of the ribs, And then going into the belly, and sometimes even putting
a patient on cardiac bypass to do this type of procedure because of
how extensive these aneurysms can be.
And then finding and trying to fix all the blood vessels in a very precise
but quick manner because they can't.
Lack blood flow for too long.
Now what the procedure is, is we were able to do this through, I
told you that little incision in the arm And then one in the groin.
We put that graft up or that covering up into the chest where it has , our
gateways, And then we go from the arm to snake into those other blood
vessels and fix that aneurysm, So, it.
The whole surgery takes about two to three hours.
On average it could take longer than that, obviously for more complexities.
But it allows us to deal with just a few incisions and have a patient, undergo
a much safer, much quicker recovery.
So for patient's that wouldn't even be candidates for it, patient's , that are
older, they have other comorbidities, other medical problems, they would not
be candidates for a big open surgery.
They wouldn't be able to recover from it.
This allows us to reach a greater percentage of the population.
Scott Webb: Yeah.
it all is just kind of mind blowing.
And then I'm just trying to keep up with you here, but I wanna get a sense
of the, the key risks, or you mentioned recovery there, the differences for a
patient, You know, undergoing traditional old school open surgery versus the
minimally invasive tam b procedure.
Dr. David Blitzer:
The biggest risks that we look at is number one, bleeding.
We're entering blood vessels and any way you round it, whether it's
percutaneous and through needle holes, or it's through a big open
surgery whenever you're on blood vessels, we're worried about bleeding.
We're worried about infection.
Specific to this procedure, I worry about spinal cord perfusion.
aorta, the big blood vessel in the body gives off the perfusion of the
blood flow to the spine as well.
And the more we cover up of those little blood vessels, the higher a patient
is at-risk for spinal cord ischemia.
, And that can cause weakness or even paralysis.
So it's one of the things I'm very cognizant of And we look at it
closely, the imaging beforehand.
What kind of blood vessels are we covering up different types of
precautions that we take during the procedure and after the procedure.
Regarding blood pressure, regarding, drainage of some of that spinal cord fluid
to keep that pressure down in some areas.
So we take those precautions And then obviously with those vessels that we're
snaking into that feed the bowel that feed the kidneys, we have to be very precise
with how we measure and how we deploy these coverings, these stents in there to
make sure that they're adequately giving the, those organs blood flow, but we're
not damaging the arteries that are already
Scott Webb: Right.
Yeah.
And I'm just picturing, doctor, I, I am assuming anyway that you're
not doing this by yourself, right?
That you're in there with team of docs, nurses, whomever, and I just wanted
to have you just sort of explain like your specific expertise in your role,
maybe the roles of some of the other folks that are there together, You
know, executing the TM B procedure.
And you know why that's so critical?
Because this first case you had was so complex and generally speaking,
You know, that's what tam's for.
Dr. David Blitzer:
Absolutely.
And, and you hit the nail on the head that This is absolutely 100% a
team procedure, that it's not just a surgeon there calling all the shots.
That it was actually my, partner and I, Drang Kong.
, He was with me, so I was working from the arm.
He was working from the groin And we were working together.
And just as critically, we were with the community Memorial cath lab.
And This is a team of, of head to toe.
Each individual is highly, highly trained.
These guys and women are doing catheter procedures all day with vascular
surgeons, with, cardiologists doing some of the most complex procedures.
So when it came to.
Dealing with the complexities And the different wires, catheters, nuances of
the procedure that are really, really challenging, they're all right on it.
They're able to, you know, put something in your hand before you're
even ready for it, and that's the correct device to use to figure out
how to safely do this procedure.
So This is 100% a team procedure.
Scott Webb: Yeah, multidisciplinary team, you, Dr.
Kong, the folks from the cath lab, You know, everybody working together,
pulling on the same end, so to speak.
And I, you know, one of the reasons we're doing this, obviously, doctor,
is to get the word out right, that this procedure is now available in Ventura
County And that they can have it done there at Community Memorial Hospital.
So what does it mean, I guess, uh, for patient's in the county to have access
to such a cutting-edge procedure, this TBI procedure , and really that it's.
Available, so close to home.
Dr. David Blitzer:
That's one of the things we're most excited about that there was a significant
amount of patient's that we were able to identify that would either have
to go into Los Angeles to have this procedure done or they just wouldn't.
Seek care at all because it's so challenging to find spots that
are able to do this procedure, that have the capability, have the
team, and have the support from a hospital system to perform it.
So This is a way that we view that we can really serve the community and provide
care that was otherwise inaccessible or really challenging to obtain.
And then from the back end of things or the, the aftercare sort of things, having
family that's able to see you in the hospital that's down the street is very
different than driving an hour and a half down the 1 0 1 going into Los Angeles.
So just having that support available as well, I think is a real advantage
to keeping this in the community.
Scott Webb: Yeah.
I just wanna get a sense from you doctors, we wrap up here And that we could speak
forever for hours about this, and we're
good.
Dr. David Blitzer:
I can nerd out about this
Scott Webb: Yeah, I, I could, uh, I'm right there with you.
I don't know about the listeners, but I'm right here with you.
So I'm assuming that this first patient is doing great.
Hopefully, fingers crossed.
But ultimately, how do you decide which patient's are the right
candidates for the TM B procedure?
You mentioned that, You know, open surgery, the old school way
wouldn't be appropriate, especially for a lot of older patient's.
So how do you pick and choose moving forward, You know, make
sure it's the right candidate, the right procedure, all of that.
Dr. David Blitzer:
first and foremost, , the patient that we did this procedure for is doing great.
He's doing very well, recovered well, you know, got his strength back pretty quickly
after the surgery, which was remarkable.
And I drew out for him what we ended up doing.
And he was sort of mind blowing like that.
That's inside of
Scott Webb: that
Dr. David Blitzer:
like, yep, that's.
Exactly his reaction.
When I'm seeing, when I'm having scans that that come across in patient's
that are referred over, there's a few indications for the procedure.
So a thoracoabdominal aneurysm, basically an aneurysm that,
involves those other blood vessels.
And then what's, what we're seeing even more commonly are patient's
that have previously had an aneurysm that was fixed usually through an
endovascular or that's stent graft.
Within the belly, right around the belly button.
And now the aorta has started to degenerate or get bigger above
that previous repair, and it's leaking into the aneurysm again.
Again, before this would be a big surgery to take out the old stent
and to now do a big open surgery that you didn't want to do to begin with.
So that's probably the more common, referral that we're
getting are for patient's that are leaking around a previous repair.
And in my mind, unless there's a, a real compelling factor, which means something
like connective tissue disease or a really young and healthy patient, then an
endovascular, minimally invasive approach is gonna be the, better repair for most
Scott Webb: Right.
Yeah.
As you say, it may not be appropriate for every patient, but for most
patient's it's available there at Community Memorial Hospital.
The first patient, patient number one, if you will, is doing great.
I know So, it.
It's just, yeah, it's fun to learn about this.
It's fun to get the word out.
Thank you so much.
Dr. David Blitzer:
Absolutely.
I, really appreciate you having me.
This has been exciting to discuss.
Scott Webb: And that's vascular surgeon, Dr.
David Blitzer.
For more information, go to my cmh.org.
Host: And if you found this podcast helpful, please share it on your social
channels and check out the entire podcast library for additional topics of interest.
I'm Scott Webb.
Thanks for listening.
This is Wise and Well, presented by Community Memorial Health Care.