In recent years, physicians and facilities have
faced a multitude of reforms, regulations, and
payment models to reduce health care costs,
and to improve access and quality. Despite these
measures, total health care cost increased to
$3.3 trillion in 2016, up 4.3% from 2015. An aging
population and an increase in cost are two of
the factors that account for most of the increase
in costs. Price intensity from physicians and
facilities are influenced by Medicare rate-setting
methodology with site-of-service differentials.
Site-of-service differentials for payments are
increasingly being recognized as a topic that
requires discussion. Intraarticular and soft tissue
injections are performed in physician offices
(90%), ambulatory surgery centers (ASCs) (1%),
and hospital outpatient departments (HOPDs)
(9%), however, the payment rates differ 10- to
18-fold among these settings with 63% of total
payments to HOPDs, 2% to ASCs, and 37% to
offices.
In this manuscript, we describe significant payment
differentials, based on cost calculation
methodology that indicate a potential substantial
savings of more than $125 million per year if
HOPDs are reimbursed at the same rate as ASCS,
utilizing any of the formulas, even if the current
ASC rate is doubled. This effort would also save
significantly when it comes to copayments, which
are 27% by patients, instead of the 20% in offices
and ASCs. The addition of Medicare Advantage
recipients, which constitutes approximately 30%
of the overall Medicare population will increase
these estimations by 30%.
In conclusion, utilizing accurate payment rate calculations
for intraarticular and soft tissue injections
will result in substantial changes in the payment
rates. In fact, just the differences in the copay itself
would make the copay $66.06 (which is 27% of
$244.68). This rate is 3- to 5-fold higher than the
current Medicare rates for office payment or even
2-fold higher than the ASC payment.
Key words: Medicare, physician payment
schedules, HOPD and ASC payment schedule,
site-of-service differentials, soft tissue injections,
intraarticular injections