1. Training Guidelines For TRI
Mitchell W. Krucoff MD, FACC
Professor of Medicine / Cardiology
Duke University Medical Center
Director, Cardiovascular Devices Unit
Duke Clinical Research Institute
1
2. Disclosures
No equity or IP holdings
All consulting and Duke/DCRI grants posted at:
https://www.dcri.org/about-us/conflict-of-interest/?searchterm=coi
4. ACC/SCAI Core Cardiology Training Symposium
(COCATS) Task Force 3
Jacobs AK et al. JACC 2008; 51: 355-61
5. Goals of a Cath Lab Training Program
1) requisite cognitive and technical knowledge of invasive
cardiology, including:
indications and contraindications for the procedures
pre- and post-procedure care
management of complications
analysis and interpretation of hemodynamic and angiographic
data.
2) core knowledge bases of cardiac anatomy, pathology,
physiology, and pathophysiology
3) training in the basic intravascular catheter insertion and
manipulation skills
Jacobs AK et al. JACC 2008; 51: 355-61
7. Program structure
Full time faculty: >150 caths/year
Program director:
5 years practice
>1,000 PCIs
“recognized expert in catheterization”
Key faculty: “The program faculty should include individuals with expertise in
the performance of myocardial biopsies, trans-septal catheterization, and the
interpretation and performance of intracoronary ultrasound and intracoronary
physiologic assessment (Doppler coronary flow and intracoronary pressure
measurement), although each member need not have expertise in every
area…. Ideally…the program should include faculty who possess skills in
advanced interventional cardiovascular techniques such as patent foramen
ovale and atrial septal defect closure, septal ablation for hypertrophic
obstructive cardiomyopathy, and balloon valvuloplasty…(and)…faculty with
expertise in peripheral vascular disease.”
Associated faculty
8. Cath Lab Facilities & Environment
ADD ARMBOARD
HERE ?
Equipped per ACC/SCAI consensus cath
lab standards*
X-ray imaging
Hemodynamic/physiologic monitoring
Ancillary support
Activity level & patient mix
*Bashore T et al. J Am Coll Cardiol 2001;37: 2170-7
9. Duration of Training & Case Volume
ADD TRI vs FA
Level 1: CASE VOLUME
HERE ?
minimum 4 months
100 cases
Level 2:
min 8 months over 3 years
300 Dx cases
Level 3: WARNING:
additional 4th year Does TRI volume
come at expense
250 PCIs of FA competence?
10. Participation in Procedures ADD Allen’s Test
HERE ?
Pre-procedure evaluation of pt
Performance of procedure per skill level &
under supervision ADD Wrist band
and peace of mind
Analysis of procedural data HERE ?
Post-procedural management
11. Training Program Curriculum:
Cognitive Knowledge (Levels 1,2,3)
Anatomy & principles of imaging
Hemodynamics & principles of recording
Indication(s) for cath
Indications for interventions
Optimal adjunctive therapies
Complications & management
“19. Understand the indications for and complications of vascular
closure devices”
12. Training Program Curriculum:
Technical Skills ADD BASILIC VEIN
HERE ?
Level 1:
Vascular access
Right heart cath, temp pacemaker
Left heart ventriculography & coronary angiography
Level 2-3:
IABP
Pericardiocentesis
Trans-septal
PCI
Peripheral/Endo
Other (PFO closure etc)
13. Training Program Curriculum:
Level 1, 2 & 3 Technical Skills ADD TRI HERE ?
Vascular Access:
Level 1: Perform percutaneous vascular access
from the femoral artery and vein and subclavian
or internal jugular vein”
Level 2 & 3: Perform vascular access from the
femoral, radial, or brachial route
14. TRI vs FA Technical Skills
General principles of catheter materials, torque
and telescoping systems all apply
FA principles of rote & self-intubating pre-
formed shapes do not apply
FA: RCA vs LCA; TRI: also RRA vs LRA
17. Radial Training Guidelines: Who Trains Who?
Both Technically and State of mind:
New fellows: open minded
Old Dawgs learning new tricks
Faculty training fellows or vice versa?
From COCATS Training to Co-Training
18. Training Guidelines for TRI: Ancillary Questions
Should catheter competence be
individualized to TRI vs. FA ? (No)
Could simulator training be incorporated
into guidelines ? (Yes)
Utility (requirement ?) for training courses?
(Maybe…)
19. Vascular Access Safety Training:
A VAST Addition to Training Guidelines
Safety of the patient:
Contrast
Radiation
Procedure duration
Procedure success
Procedure complications
Safety of the operator:
Radiation
Quiet peaceful sleep at night
20. Basic Training Questions:
Vascular Access Safety Training (VAST)
Access training definitions:
From wrist to sinotubular junction
From leg to sinotubular junction
Who/when to train:
Level 1, Level 2, Level 3 ?
FA & TRI in parallel or in series?
21. Vascular Access Safety Training Matrix:
A VAST Addition to Training Guidelines
Anatomy
Indications: Adjunctive meds:
“TRI first” RA spasm
FA
Bleeding
Pt assessment: RA patency
Vascular risk factors
BP management
Vascular assessment
22. Vascular Access Safety Training Matrix:
A VAST Addition to Training Guidelines
Arteriotomy
Access technique Complications:
Access technology Detection
Access imaging Management
Sheaths & sheathless: Arteriotomy site
Technique follow up
Technology
Site closure:
BOTH TRI & FA
Technique
Technology
23. Conclusions
Guidelines for TRI
Conjoined with cath training guidelines
Special emphases
Level of first exposure to TRI (Level 1 vs 2)
Preserving FA competence
VAST focus
Pt selection & prioritization of access technique (“radial
first”)
Case volume (TRI & TFA) Level 2 & 3 for technical
competence
Role of simulator training
Requirements for faculty “trainers”
24. Training Guidelines For TRI
Mitchell W. Krucoff MD, FACC
Professor of Medicine / Cardiology
Duke University Medical Center
Director, Cardiovascular Devices Unit
Duke Clinical Research Institute
24