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Reprinted from an article on the Spectranetics
Corporation Website
Cardiac Lead Removal:
Reimbursement Levels and Financial Viability
Charles W. Coates, Senior Product
Manager
Spectranetics Corporation, Colorado Springs, CO
Introduction
Spectranetics has long received reports from physicians about insufficient reimbursement
levels for performing cardiac lead removal procedures. As the cardiac lead removal
specialty grows, more and more of these physicians have asked Spectranetics to
help them investigate the reimbursement system to determine if there are ways
to make reimbursement more reflective of the time and effort expended on these
procedures. In other words, is removing cardiac leads financially viable in light
of low federal, state and private insurance reimbursement levels?
Spectranetics looked at various sources that provide information
on Medicare reimbursement. After a thorough review of available data it was determined
that an outside agency was the most expeditious way to look at reimbursement on
a national level. Spectranetics hired JR Associates, A Healthcare Resource Company,
respected for its expertise in the area of reimbursement to research the subject.
Research Methodology
JR Associates first looked at the relationship between payers and providers. Second,
it examined current cardiology criteria (codes) required for the successful reimbursement
of specific lead removal procedures. Third, it looked at past and present Medicare
average reimbursement amounts for lead removal procedures.
Spectranetics customers (physicians, department managers, chief
technologists) were interviewed to determine their coding and payment practices.
While cooperative, JR Associates found their level of knowledge about payment
and coding varied. Operative reports and associated billing forms were collected
and submitted to various experts by JR Associates to examine and re-code as appropriate.
Responses were compared to determine differences in coding approaches and the
affect on payment levels.
Research Findings: An Issue of Coding
It was found that Medicare and private payers do cover pacemaker and AICD cardiac
lead removal procedures. Spectranetics also found that payers recognize pacemaker
and AICD cardiac lead extraction as a covered service.
Correct coding was identified as one of the most complicated
obstacles to receiving payment. Codes end up acting as the reporting mechanism
that links payment to procedures performed.
The Health Care Financing Administration Common Procedure Coding
System (HCPCS) contains three levels of codes: Levels 1, 11 and 111. For purposes
of this monograph we concentrate on Level 1, referred to as Current Procedural
Terminology codes, or CPT codes.
The CPT coding system is a national coding system designed
to describe services and procedures at any service site. The AMA administers and
publishes the CPT manual. The manual is updated annually. CPT codes contain five
digits. Currently, CPT codes that describe lead removal refer to both conventional
and laser methods of lead extraction.
Pacemaker and AICD implantation and replacement codes are in
the 33200 series (see Table 1). Pacemaker lead extraction codes are grouped from
33234 to 33235, and AICD codes are 33241 to 33249. Codes reported here include
revisions for year 2000 in the areas of pacemakers and AICD.
TABLE I.
| Procedure |
CPT
Code (2000)
|
| |
|
| Transvenous insertion or replacement of pacemaker
with leads |
33206-33208 |
| Pulse generator insertion only |
33212-33213 |
| Upgrade implantable pacemaker |
332214 |
| Permanent electrode insertion/repair/repositioning |
33216-33217 |
| Repair or insert of pacemaker electrodes |
33218-33220 |
| Revise transvenous pacemaker electrodes |
33222-33223 |
| Remove transvenous pacemaker electrodes |
33234-33235 |
| Insert, remove and/or repair AICD generator and/or
leads |
33241-33249 |
CPT codes divide pacing and AICD procedures into three broad
categories: insertion, replacement and removal of pulse generators and leads.
Multiple combinations of CPT codes are used to describe lead and/or pulse generator
removal. As noted in Table 2, if a pulse generator and a lead are replaced, separate
codes for the removal and insertion are reported.
TABLE 2.
|
Procedure
|
CPT
Code (2000)
|
| |
|
| Remove permanent pacemaker |
33233
|
| Remove transvenous pacemaker electrodes, single
lead system |
33234
|
Replace single chamber pacemaker
or Remove permanent pacemaker |
33207
33233
|
| Remove transvenous pacemaker electrodes, dual
lead system |
33235
|
Replace dual chamber pacemaker
or Remove single or dual chamber AICD |
33208
33214
|
| Remove single or dual chamber AICD electrodes |
33244
|
Although CPT coding appears simple, it is very complex -- so
complex it has spawned an industry of its own. While the listing of CPT codes
appears straightforward, there are many coding and payment rules as well as other
components that make up the procedures to be considered. For example, the physician
is also allowed to report the radiologic supervision and interpretation of the
fluorscopy. Also, when a CPT code does not quite fit the description of the service
performed, a modifier is used. For example, if a lead removal procedure took an
exceptional amount of time then a modifier such as -22 is added. A transvenous
pacemaker electrode with unusual complications is reported as 33234-22. An operative
report and a letter from the physician should accompany the claim describing the
complication, i.e., why it took longer. In a case like this, Medicare would pay
about 30% more if allowed.
It is important to note that correct coding is a "must" for
proper reimbursement, as these codes are the only way to capture all of the components
of a procedure. Based on a review of operative reports, coding experts coded the
same procedure in various ways, resulting in payments from as low as $500 up to
$1,500. This is not an exact science, but it serves physicians well to examine
their coding practices carefully.
Scenarios contained in Table 2 illustrate a single, dual chamber
pacemaker procedure and an AICD procedure.
In addition to CPT codes, International Classification of Diseases,
or ICD-9 diagnosis codes are paired with CPT codes to demonstrate the medical
necessity of services rendered. These codes use three to five digits to represent
the principle diagnosis and to trigger reimbursement. They are complex diagnosis
codes and should be reported to the highest specificity. An example of ICD-9 code
usage is the 412 code for an old MI. If the MI is acute, a fourth and fifth digit
are added to describe the location and other conditions such as 410. 10 (acute
anterior wall MI).
Research Findings: A Matter of Financial Averages
Once provided services are properly coded, they are submitted
to a contracted Medicare reviewing agency. These carriers administer Medicare
Part B, which covers the physician fee for the service.
In 1992, a national fee schedule was put into effect for payments
under Medicare Part B. This fee schedule is based on national uniform relative
values (REV) that represent the cost of service rather than the amount charged.
The RVU is allocated as follows: Physician Work (54%) of total value of service;
Practice Expense (41%) of total value of service; Malpractice Insurance (3%) of
total value of service. From this rather complex accounting, physicians are paid
80% of the allowable amount listed in the fee schedule. The remaining 20% is paid
by the service recipient or secondary insurance. The difference between the allowable
amount and the amount charged is a contracted write-off for the physician and
cannot be collected. Table 3 provides an example of 1999 and 2000 RVUs assigned
to pacemaker and AICD procedures. Additionally, the AMA revised many of the pacemaker
and AICD CPT codes to reflect a more accurate description of procedures and new
technology. This resulted in a redistribution of the RVUs within the pacemaker
and AICD series, positively affecting reimbursement for lead removal.
TABLE 3.
| Procedure |
CPT
Code
(2000) |
1999
MCR*
RVU |
2000
MCR*
RVU |
% of
change |
| |
|
|
|
|
| Remove transvenous pacemaker electrodes, single
lead system |
33234 |
11.67 |
13.58 |
16% |
| Remove transvenous pacemaker electrodes, dual lead system |
33235
|
13.74
|
15.85
|
15%
|
| Remove single or dual chamber AICD electrodes |
33244
|
19.08
|
25.10
|
32%
|
| *Medicare Reimbursement |
|
|
|
|
RVUs are multiplied by a conversion factor of $36.6137, increased
by 5% in 2000, to establish the payment amount. Based upon this conversion factor
and increased value, physician payments were augmented for the year 2000.
Table 4 illustrates that increases in allowed payments for
year 2000 are more than a case of statistics.
TABLE 4.
| Procedure |
CPT
Code |
1999 MCR*
Allowed |
2000 MCR*
Allowed |
2002 Projected
MCR Allowed |
| |
|
|
|
|
| Remove permanent pacemaker |
33233 |
$ 219.85 |
$ 266.91 |
$ 291.81 |
| Remove transvenous pacemaker electrodes, single lead system |
33234 |
$ 405.32 |
$ 497.21 |
$ 556.53 |
|
Total
% Growth |
$ 625.17
|
$ 764.12
(+22%)'99-'00 |
$ 848.31
(+36%) '99-'02 |
|
|
|
|
|
| Remove permanent pacemaker |
33233 |
$ 219.85 |
$ 266.91 |
$ 291.81 |
| Remove transvenous pacemaker electrodes, dual lead system |
33235 |
$ 407.75 |
$ 580.33 |
$ 645.13 |
|
Total
% Growth |
$ 627.60
|
$ 847.24
(+35%) '99-'00 |
$ 936.94
(+49%) '99-'02 |
|
|
|
|
|
| Remove single or dual chamber AICD electrodes |
33244 |
$ 662.68 |
$ 919.00 |
$ 908.39 |
|
% Growth |
|
(+39%) '99-'00 |
(+37%) '99-'02 |
Summary
As a service to its lead removal customers, Spectranetics had
JR Associates review the process of physician reimbursement. It found that allowed
payments for cardiac lead removal were increased for year 2000, and projects a
continued increase through 2002. These changes indicate an increased awareness
among physicians and government officials of the importance of the cardiac lead
removal procedure for both patients and providers. It also appears that cardiac
lead removal is increasingly considered a specialty in its own right.
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