Title: Rachel Wilkinson
1Manual Compression vs. Arterial Puncture Closing
Devices Following Femoral Cardiac
Catheterization
- Rachel Wilkinson
- Brenna Johnson
- Stephanie Ford
- Michelle Giddens
2Discussion
- Identify the problem
- Review of literature
- Recommended Protocol/Procedure/Intervention
- Suggestions for further study
3Identifying the Problem
- Coronary Artery Disease is the leading cause of
death in the United States (Centers for Disease
Control And Prevention, 2004). - Cardiac catheterization is one of the most common
procedures in the United States (Harper, 2007). - 1.5 million will receive a cardiac
catheterization this year - In 2-10 of cases, vascular complications will
occur - Oklahoma is ranked 8th in the nation for being
one of the fattest states. - 65.1 of Oklahomas population falls in to the
category of obese or overweight
(Calorielab,2008).
4PICO Question
- Which arterial closure method is safer, more
effective, and causes less vascular complications
following cardiac catheterization in adultsthe
use of manual compression or the use of arterial
puncture closing devices (APCDs)?
5Identifying the Problem Continued
- PICO
- Population Adult patients18 and older receiving
femoral cardiac catheterization including all
genders and ethnicities - Intervention Arterial puncture closure devices
(APCDs) to achieve hemostasis - Comparison Manual pressure to achieve hemostasis
- Outcome Decrease vascular complications
6Review of Literature
- Arterial puncture closing devices compared with
standard manual compression after cardiac
catheterization systematic review and
meta-analysis (Koreny et al., 2004). - Systematic review and meta-analysis consisting of
30 randomized controlled trials - Measured risk of acquiring hematomas, bleeding,
developing an arteriovenous fistula, and
pseudoaneurysm when using APCDs - Manual compression was determined to be the best
way to prevent complications following cardiac
catheterization
7Review of Literature Continued
- A propensity analysis of the risk of vascular
complications after cardiac catheterization
procedures with the use of vascular closure
devices (Nipun, Matheny, Sepke, 2006). - Single study comparing manual compression to the
use of APCDs and the complications associated
with each after cardiac catheterization - The results revealed that there was a 58
reduction in the risk of vascular complication
when APCDs were used after diagnostic cardiac
catheterization as opposed to using manual
compression
8Review of Literature Continued
- Vascular complications associated with
arteriotomy closure devices in patients
undergoing percutaneous coronary procedures A
meta-analysis (Nikolsky et al., 2004). - Systematic review and meta-analysis consisting of
30 studies including 37,066 patients comparing
the vascular complications that result from
either manual compression or the use of APCDs
after cardiac catheterization - This study concluded that there was no
significant difference in vascular complications
when an APCD was used compared to manual
compression after femoral cardiac catheterization
9Review of Literature Continued
- Vascular complications with newer generations of
angioseal vascular closure devices (Applegate et
al., 2006). - A single study that compared newer generations of
a particular type of APCD called Angioseal to
manual compression and older generations of
Angioseals after cardiac catheterization - The results in this study concluded that the
older and newer generations of Angioseal proved
to have similar or lower vascular complications
than that of manual compression
10Review of Literature Continued
- Risk of local adverse events following cardiac
catheterization by hemostasis device use and
gender (Tarvis, et al., 2004). - Single study that compared complications
following the use of two types of hemostasis
devices (sutures and collagen plugs) to manual
compression - Complication rates were assessed by gender
- Complications were less common in patients who
used suture devices or collagen plugs following
diagnostic cardiac catheterization than those who
used manual compression - Complications were more frequent in females than
in males due to smaller vessel size and/or
hormonal differences
11Review of Literature Continued
- Risk of Local Adverse Events following Cardiac
Catheterization by Hemostasis Device Use -- Phase
II (Tavris et al., 2005). - Single study that assessed the risks of vascular
complications by the type of APCD used compared
to manual compression - The results of this article revealed that
vascular complications were similar between most
APCDs and manual compression after cardiac
catheterization - Women were at twice the risk for any vascular
complication compared to men
12Review of Literature Continued
- Predictors of Vascular Complications Post
Diagnostic Cardiac Catheterization and
Percutaneous Coronary Interventions (Dumont, C.
J., Keeling, A. W., Bourguignon, C., Sarembock,
I. J., Turner, M.,2006). - This article was a retrospective, descriptive and
correlational study - The population studied consisted of 11,110
patients whose records were retrieved from the
Clinical Automated Office Solutions database - Results of this study found that vascular
complications occurred more often in patients
whose age was greater than 70 years, being
female, having hypertension, and renal failure
13Review of Literature Manual Compression
- Easy to learn
- Safe and Effective
- No requirement for special equipment
- Painful
- Prolonged mean time to achieve hemostasis (15-20
minutes) - Prolonged time to ambulation (4-6 hours)
- Vascular complications
- Nurse arm and hand fatigue
- Longer hospital stay
14Review of Literature APCDs
- Costly (190-200)
- May take up to 20 cases for a physician to become
proficient - Many nurses have a knowledge deficit in regards
to APCDs - Vascular complications
- Shorten the mean time to achieve hemostasis
(1.46-8.2 minutes) - Shorten the mean time to ambulation (2.2-4.5
hours) - Increases patient comfort
- Decrease hospital stay
- Safe and Effective
- Decreases cost to patients
15Recommendation
- Our Recommendation
- Nurses to become advocates for APCD use in
non-high-risk patients - Multidisciplinary approach to develop a
high-risk checklist
16Recommendations Continued
- Our recommendations are based on Kurt Lewins
Change Theory (Yoder-Wise, 2007) - Unfreezing
- Experiencing the change
- Refreezing
17Recommendations Continued
- Unfreezing
- Awareness
- Formal Channels
- High-risk checklist
- In-services
- Informal Channels
- Talking with floor nurses/physicians
18Recommendations Continued
- Experiencing the change
- Incorporating the use of APCDs
- Praise nursing staff
- Encouraging doctors
19Recommendations Continued
- Refreezing
- Evaluation
- Formal Channels
- Informal Channels
- Acceptance
- Determined by surveys given to patients, nurses,
and doctors
20Suggestions
- Alternative approach to studying the problem
- Chart trends comparing APCDs to manual
compression
21Suggestions Continued
- Research Questions
- In APCDs, are the efficacy rates the same for
using a suture device compared to a collagen
plug? - Is standard manual compression better than
mechanical compression devices such as Femostop
and C-clamps?
22Any Questions?
23References
- Applegate, R.J., Sacrinty, M., Kutcher, M.A.,
Sanjay, G.K., Talal, B.T., Renato, S.M.,
William, L.C. (2006). Vascular complication
with newer generations of angioseal vascular
closure devices. Journal of Interventional
Cardiology, 19(1), 67-74. - Calorielab. (2008). Mississippi is the fattest
state for 3rd straight year, Colorado still
leanest, D.C. loses weight. Retrieved March 24,
2009, from http//calorielab.com/news/2008/07/02/f
attest- states-2008/ -
24References Continued
- Centers For Disease Control And Prevention.
(2004). Division for Heart Disease and Stroke
Prevention. Retrieved March 28, 2009, from
Department of Health and Human Services Web
site http//www.cdc.gov/dhdsp/state_program/ok.ht
m - Dumont, C. J., Keeling, A. W., Bourguignon, C.,
Sarembock, I. J., Turner, M. (2006).
Predictors of vascular complications post
diagnositc cardiac catheterization and
percutaneous coronary interventions. Dimensions
of Critical Care Nursing, 25(3),137-142. - Harper, J. P. (2007). Post-diagnostic cardiac
catheterization. Journal For Nurses in Staff
Development , 23(6), 271-276.
25References Continued
- Koreny, M., Riedmuller, E., Nikfardjam, M.,
Siostrzonek, P., Mullner, M. (2004). Arterial
puncture closing devices compared with standard
manual compression after cardiac
catheterization Systematic review and
meta-analysis. American Medical Association,
291(3), 350-357. - Nikolsky, E., Roxana, M., Amir, H., Aymong, E.D.,
Mintz, G.S., Lasic, Z., Negoita, M., Fahy, M.,
Krieger, S., Moussa, I., Moses, J.W., Stone,
G.W., Leon, M.B., Pocock, S.J., Dangas, G.
(2004). Vascular complications associated with
arteriotomy closure devices in patients
undergoing percutaneous coronary procedures A
meta-analysis. Journal of the American College
of Cardiology, 44(6), 1200-1209.
26References Continued
- Nipun, A., Matheny, M.E., Sepke, C. (2006). A
propensity analysis of the risk of vascular
complications after cardiac catheterization
procedures with the use of vascular closure
devices. American Heart Journal, 153(4),
606-611. - Tavris, D. R., Dey, S., Albrecht-Gallauresi, B.,
Brindis, R.G., Shaw, R., Weintraub, W., Mitchel,
K. (2005). Risk of local adverse events
following cardiac catheterization by hemostasis
device use Phase II. The Journal of Invasive
Cardiology, 17(12), 644-650. - Tarvis, D. R., Gallauresi, B. A., Rich, S. E.,
Shaw, R. E., Weintraub, W. S., Brindis, R. G.,
et al. (2004). Risk of local adverse events
following cardiac catheterization by hemostasis
device use and gender. The Journal of Invasive
Cardiology , 16 (9), 459-464.
27References Continued
- Yoder-Wise, P. S. (2007). Leading and managing
in nursing (4th ed.). St. Louis Mosby
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