Tymlos and the Potential for Osteoporosis Management in Health Systems


In Tymlos, Osteoporosis

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By: James Pitt  Apr. 26, 2018

Dr. Michael Lewiecki of the New Mexico Clinical Research & Osteoporosis Center published a recent study of trends in osteoporosis-related fractures visible in Medicare claims data. Dr. Lewiecki's findings were so alarming Jane Brody of The New York Times referred to them as a "perfect storm" in a February 2018 article.

Dr. Khosla's comment highlights a key challenge in osteoporosis treatment. A variety of specialists in a health system can treat osteoporosis, including endocrinologists, rheumatologists, and, orthopedists. This can cause a bystander effect, where each specialist assumes someone else will be responsible for managing Osteoporosis for their patients.

Tymlos (abaloparatide) is an osteoporosis drug by Radius Pharmaceuticals, approved by the FDA in 2017. Tymlos is a human parathyroid hormone related peptide [PTHrP(1-34)] analog indicated for the treatment of postmenopausal women with osteoporosis at high risk for fracture, and substantially reduced relative risk of fracture vs placebo in a 2016 clinical trial. The challenge for adopting Tymlos within a health system from an osteoporosis management perspective has been: who owns osteoporosis?

To answer this question, Dexur examined women who had osteoporosis and were readmitted to the hospital with a fracture within 30 days. CMS and other payers look closely at 30-day readmissions and tie several payments/penalties to this metric. CMS measures all-cause 30-day readmissions across an entire hospital; and, in the Hospital Readmission Reduction Program (HRRP), zooms in on key categories such as heart failure and pneumonia. Since hospitals closely monitor 30-day readmissions, could an approach of reducing 30-day readmissions related to fractures help kick-start closer management of osteoporosis?

Dexur's Osteoporosis & Fracture Quality Outcomes for Womenis powered by an analysis of Medicare claims and includes data for all hospitals and IDNs. We analyzed fracture 30 day readmissions for women with osteoporosis for HCA, one of the largest IDNs in the country, to further investigate who could "own" the problem of osteoporosis-related fractures.

As the above chart shows, the highest readmission rates of about 7.5% are when the Index DRG is an orthopedics related fracture (DRG-536 & DRG-563). Even in other (non-fracture) orthopedic DRGs like DRG-552, the readmission rates are much higher than the norm. Furthermore, heart failure (DRG-291) and pneumonia (DRG-193) are part of the HRRP program but also have fracture related 30-day readmissions. The HRRP program penalizes hospitals for excessively high readmission rates compared to national averages.

Based on this data, there could be two main groups within the larger hospital who could “own” the osteoporosis-related fracture issue. The first group could be the orthopedics department, which has a much higher rate of readmissions due to fractures. Individual physicians and the larger hospitals could be impacted via MACRA measures because of these all-cause readmissions across the entire hospital. The second group who could “own” the osteoporosis problem could be hospital-wide quality and performance improvement departments, since they tend to focus on improving hospital-wide outcomes such as readmission rates. These “horizontal” quality teams could work in tandem with specialists in the orthopedics department to find solutions for osteoporosis-related fractures. However, before drugs such as Tymlos are presented as solutions, both orthopedic departments and quality teams would need to have effective data to understand the disease burden of osteoporosis in their specific health system. The data could be used by the “owners” to champion the cause of increased DEXA screenings and appropriate osteoporosis medications.


ABOUT THE AUTHOR

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James Pitt

James Pitt is a science writer with experience in medical devices and textbook publishing. His hobbies include reading, flintknapping, and squinting at RStudio. He received a bachelor's in Human Evolutionary Biology from Harvard.