Healthy Heart (Vol-5, Issue-54) May, 2014 - Dr. Ajay Naik-31 0 8 6 3 11 23 11 16 24 25 26 22 Figure...
Transcript of Healthy Heart (Vol-5, Issue-54) May, 2014 - Dr. Ajay Naik-31 0 8 6 3 11 23 11 16 24 25 26 22 Figure...
Volume-5 | Issue-54 | May 5, 2014
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Healthy HeartHonorary Editor :
Dr. Ajay Naik
From the desk of Hon. Editor:
CIED is a collective term for
implantable cardiac devices such as
Pacemakers, Defibrillators, CRT,
Implantable Loop and Cardiac
Monitors. With widespread and
exponential growth of CIED
implants, the number of patients in
the community is rising rapidly.
These patients need to be
periodically and assiduously
monitored to optimize the device
performance for maximal patient
benefit. For the last 5 decades, the
monitoring has been performed in
person at the Arrhythmia / HF
clinic, thus flooding the clinic
capacity and compromising
optimal care. Remote monitoring
is an extremely efficient and
effective way of monitoring devices
and patients. This promises to be
the standard of the future.
- Dr. Ajay Naik
The Future has arrived: Home Monitoring of Devices, Arrhythmias and Heart Failure patients
Cardiovascular Implantable Electronic
Device (CIED) Monitoring
Remote monitoring allows patients to
transmit CIED data from the comfort of
their homes. Even though this technology
is fairly recent, it has received widespread
acceptance for several reasons.
Device Related
u Assessing / Optimizing device
performance and safety
u Identify/ correct any system
abnormalities
u Plan elective replacement of device
Patient Related
u Patient education, reassurance
u Records, databases
Disease Related
u Monitor arrhythmias
u Monitor Heart Failure parameters
Communication Related
u Reports to physicians and health care
providers
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Dr. Ajay Naik (M) +91-98250 82666
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Dr. Ajay Naik (M)
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Cardiologists Cardiothoracic & Vascular Surgeons Cardiac Anaesthetists
Neonatologist and Pediatric Intensivist
Pediatric & Structural Heart SurgeonsPediatric CardiologistsCardiac Electrophysiologist
v
value of implantation.
v The implication of CIED implantation
is that it has a sustained purpose.
v In order for that purpose to be
mani fest , the C IED must be
monitored, maintained and followed
up regularly.
Remote or Trans-telephonic monitoring of
stored data via wireless GSM or cable
systems has shown to be an accurate
method for control of the implanted
cardiac device and with some restrictions
also of the device patient. This
telecardiology can be applied for the
necessary data reduction without loss of
periodic crucial information on numerous
device parameters and some patient
c h a r a c t e r i s t i c s . T h i s t e c h n i c a l
breakthrough can have so many
consequences that the cardiology
p r o f e s s i o n h a s t o p r e p a r e i t s
implementation for daily practice.
The focus of CIED use has been on the
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Volume-5 | Issue-54 | May 5, 2014
Device and Patient Management
scenario
u
receiving CIEDs have chronic
diseases that, like their devices, are
likely to stay with them till they die.
u Monitoring of CIEDs is important in
managing both the devices and the
diseases.
u CIEDs are sophisticated devices that
require spec ia l i zed experts ,
physicians and other providers, for
optimal follow up.
u CIED patients and their follow-up
providers are frequently significantly
geographically separated.
u Reduced time spent in health care
activity is a good thing for patients,
other things being equal.
u Although expensive, health care is
also an important issue.
Electrophysiology (Arrhythmia and HF)
clinic visit for follow up has some
complexities like:
u Escalating patient volumes
u Increasing Device complexity
u U n s c h e d u l e d a n d m i s s e d
appointments
u Patients and families' desire of
convenience and continuity of care
u Maintenance of Electronic Health
Records (EHR)
u S ta f f s h o r ta ge ( N u rs e s a n d
Technicians)
These directly or indirectly affect the
patient care. So Remote device follow up
is the best remedy for the improvement
in the patient care.
In CIED patient care: Patients
Figure 1 : This monitoring affects the device and patient management
0
10
20
30
40
50
60
70
80
90
2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013
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29
33
52
44
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60
85
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61
73
89
Figure 2: Pacemaker implant growth at THCC from 2001 - 2013
0
5
10
15
20
25
30
35
2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013
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6
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Figure 3: ICD implant growth 2001 - 2013 at The Heart Care Clinic (THCC)-
0
5
10
15
20
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2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2013
10
8
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16
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Figure 6: CRT implants 2001 -2013 at THCC
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Healthy HeartVolume-5 | Issue-54 | May 5, 2014
Device follow-up recommendations
Number of visits / number of months
Pacemakers:
u 2/12 Within 1st year of implant
u 1/12 Subsequent Years
u 2/12 Near battery replacement
Implantable defibrillator (ICD)
u 4 - 3 / 1 2 T h r o u g h o u t d e v i c e
lifetime
u Cardiac Resynchronization Therapy
(CRT) : Pat ient and Therapy
dependent 4-12 visits per year
Factors Influencing Follow Up
u Patient preference
u Underlying medical condition
u Device related issues
u Geographic isolation
u Cost effectiveness of FU
u Follow-up clinic resources
Paradigms of Device monitoring
u In Person monitoring
q Complete device evaluation
q Interrogation evaluation
q Peri-procedural evaluation
u Remote monitoring
q Trans Telephonic Monitoring
without Interrogation
q Pa t i e n t I n i t i a t e d Re m o t e
Transmission
q D e v i c e I n i t i a t e d R e m o t e
Transmission
Figure 4: ICD follow up clinic: A representative example of rising volumes
Figure 5 : LAO view of a CRTP and a CRTD device
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Volume-5 | Issue-54 | May 5, 2014
A d v a n t a g e s o f “ D i s t a n c e ” o r
“Wireless”telemetry
u
can be done passively by patient.
u Eliminates need for remembering to
transmit and allows patient to
“forget” about chronic illness.
Transmission of routine information
u
problems (alerts) can occur without
the requirement for patients to be
symptomatic or be aware of a
problem.
Transmission of device and patient Advantages of Wireless Network
u
changing needs and schedules of
both patients and of clinicians.
u Easier for clinician to set up a
scheduling routine that fits into
c u r r e n t p r a c t i c e m e t h o d s .
Scheduling becomes automated,
saving time for the clinic.
u Automatic prescheduled checks can
i m p r o v e p a t i e n t c a r e a n d
convenience whi le reduc ing
compliance issues
u Alerts triggered by device or
physiologic events, provide early
event notification to help better
manage patient outcomes.
Remote monitoring of CIEDs may help in
many aspects like :
u Improve QOL
u Improve Re-hospitalisation/FU rate
u Improve Morbidity and Mortality
u Reduction of costs
u Early detection of patient, lead or
device related issues
u Immediate and Continuous control
on therapy changes
u Improvement of event free survival
The Electrophysiology community are
the initial owners of this technology, but
it will spread to many other disciplines.
The standards that we create will be
replicated. It is our job and a great
opportunity.
Better able to accommodate
Figure 8: Home Monitoring
Figure 9: Device Follow up Paradigms: Remote
Home Drive Clinic Wait Physician Drive Home
Figure 7: The standard follow up In Person monitoring
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Healthy HeartVolume-5 | Issue-54 | May 5, 2014
Dr. Anish Chandarana & Dr. Satya Gupta has been awarded
Fellowship of American College of Cardiology (FACC) in the rd
63 Annual American College of Cardiology convocation st
held in Washington DC last Monday (31 March 2014).
Fellowship of American College of Cardiology (FACC) is a
symbol of excellence, achievement and commitment in the
field of cardiology.
This fellowship is usually awarded to a cardiologist after
several years of experience and those who have
significantly contributed to recent clinical, educational,
investigational, organizational or professional aspect of
the cardiology.
Dr Satya Gupta was also felicitated, honored and awarded
a special certificate of outstanding cardiologist.At CIMS... We Care
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Dr. Anish Chandarana Dr. Satya Gupta
Congratulation Dr. Anish Chandarana & Dr Satya Gupta
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In the setting of left ventricular failure with markedly reduced
ejection fraction , selection of patients with ischemic heart
disease who will benefit from coronary revascularization often
is problematic. It has been correctly noted that coronary
artery bypass grafting (CABG) carries increased risk in this
patient group. In the Coronary Artery Surgery Study registry,
for instance, surgical mortality was as much as threefold
greater and 5 y survival was one third less for patients with
reduced left ventricular ejection fraction (LVEF) than for
patients with normal LVEF . However, in a more recent series,
operative mortality was only 3.8% and actuarial survival was
94%, 82%, and 68% at 1, 2, and 5 y, respectively, after surgery
in 79 consecutive patients with a mean LVEF of 18% ± 5% .
Nevertheless, physicians are understandably reluctant to
recommend surgery for these patients if the prospects for
benefit are limited.
The search for myocardial viability typically commences at this
juncture. If substantial viable myocardium is present, the
benefits logically outweigh the risks of CABG and are widely
believed to do so. However, more precise framing of the
question of benefit, and consideration of mortality versus
symptomatic status, are important. Indeed, several authors
have suggested that recruitable contractile reserve is an
important determinant of improvement after CABG in
ischemic heart disease patients who undergo surgery
primarily for heart failure . Patients without such reserve are
less likely to benefit symptomatically from CABG, whereas
those with reserve are. Further, studies have shown that
ischemic heart disease patients with a low LVEF who undergo
surgery primarily for angina are more likely to obtain
symptomatic benefit than are those who undergo surgery
primarily for heart failure . Mortality data, however, generally
focus on all comers with ischemic heart disease and low LVEF
and typically show benefit relative to historic control subjects
who are medically treated . Mickleborough et al. reported no
difference in long-term survival between patients who
underwent surgery primarily for angina and patients who
underwent surgery primarily for heart failure. A prospective,
randomized clinical trial with endpoints of mortality and
symptoms in this patient group, however, has not been
performed and clearly is required to address these issues
more definitively.
A substantial body of data indicates that survival is improved
by CABG in patients with ischemic heart disease and left
ventricular dysfunction, especially triple-vessel disease, the
evidence regarding improvement in functional capacity has
been more variable. As the authors appropriately note, a
recent study by Samady et al. showed that symptoms of heart
failure and angina were improved after CABG in patients with
a low LVEF preoperatively (0.24 ± 0.05), independently of any
improvement in global left ventricular systolic function. Also,
no difference in survival was seen for 32 mo between the
group without improvement in LVEF (from 0.24 ± 0.05 to 0.23 ±
0.06) and the group with improvement (from 0.24 ± 0.05 to
0.39 ± 0.10).
The correlation between exercise capacity and LVEF in patients
with either idiopathic or ischemic dilated cardiomyopathy is
known to be poor . A recent PET study also failed to show a
correlation between the amount of viable but asynergic
myocardium and a change in either post-CABG exercise
capacity or symptomatic status, even though the number of
viable, dysfunctional segments was predictive of
improvement in LVEF. Shivalkar et al.studied patients at
baseline and 3 mo after CABG and showed improved LVEF in a
subset of patients with regional hypokinesis and a PET
mismatch pattern. The authors speculated, however, that
improvement in this subset might have been seen even sooner
had they looked earlier. They reported another subgroup with
a matched, moderate reduction in flow and FDG and evidence
of myocyte injury on biopsy. This subgroup, as a whole, failed
to show improvement in LVEF at 3 mo, although 7 of 15
individuals actually did improve. The authors speculated that
LVEF might eventually improve in the others if myocytes,
which showed excess glycogen on histologic examination,
could regenerate the contractile apparatus, which appeared
deficient or absent.
Where are we left, then, in terms of answering the questions
posed by the title of this commentary? Prior data , along with
the data of Bax et al. and of a recent similar investigation ,
generally confirm the hypothesis that the greater the amount
of dysfunctional but viable myocardium before CABG, the
greater is the likelihood of improvement in LVEF after CABG.
The minimum number of segments required to make the
Does CABG Improve Left Ventricular Ejection Fraction in Patients with Ischemic Cardiomyopathy, and Does It Matter?
Volume-5 | Issue-54 | May 5, 2014
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Healthy Heart
surgery worthwhile is unclear, although the authors of this
study suggest that the amount is substantial, perhaps as
much as one third of the left ventricle. Others have suggested
an even higher threshold of 50% . Also to be remembered is
that the augmentation of LVEF after CABG generally is
modest.
In light of these considerations, one might ask what the
usefulness of assessing pre-CABG viability may be and what
tests are most appropriate. One answer will not fit all. A
younger patient with known multivessel coronary disease, a
history of myocardial infarction, and typical angina on
maximal medical therapy either may not require viability
assessment (angina generally indicates viable myocardium)
or may be best served with a high-sensitivity test combining
assessment of both myocardial perfusion and metabolism.
When PET or FDG is not available, rest–redistribution
thallium is an excellent alternative. However, if the patient is
older and the primary indication for CABG is relief of heart
failure symptoms, then an examination that has higher
specificity for recovery of contractile function (e.g.,
d o b u ta m i n e ra d i o n u c l i d e ve nt r i c u l o g ra p hy o r
echocardiography) may be preferred, although the
limitations must be considered. A positive result (i.e.,
demonstration of substantial contractile reserve) would be a
good indication to proceed, but a negative result should not
necessarily exclude the patient from CABG, especially if
regional ischemia was evident during the test and was
sufficient to account for failed augmentation of global LVEF
with low-dose dobutamine. Other clinical scenarios in
patients with chronic ischemic cardiomyopathy can be readily
imagined and suggest the general principle that the
diagnostic approach should be tailored to the CABG
indication. Finally, until the results of a randomized clinical
trails become available, the connection between predicting a
return of global or regional contractile function and patient
outcome, be it mortality or symptomatic status, will remain
murky.
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