CAR T-cell and bispecific antibody (BsAb) therapies are defensibly the most powerful cancer therapies available for approved tumor types. However, since CAR Ts and BsAbs are mostly used in academic medical centers (AMCs) and affiliated outpatient clinics, access is limited for thousands of eligible patients who do not live close to these institutions. Expanding these treatments to community oncology practices could theoretically improve access, but many clinical, logistical, and financial barriers continue to limit this opportunity.
The team took a closer look at our latest Special Topic Report, focusing on 3 key questions:
Several BsAb treatments demonstrate greater overall feasibility in the community oncology setting than CAR Ts, but mostly during maintenance dosing cycles. Florida Cancer Specialists is an example of a community provider group that manages maintenance dosing after partnering with local hospital systems that deliver early cycles. As provider experience with BsAbs improves and the market grows, providers in the community oncology setting are likely to first adopt BsAbs that have the simplest initial dosing schedules, easiest monitoring recommendations, and safest adverse event profiles.
Manufacturers have several opportunities to support the appropriate use of BsAbs in the community:
Have questions? Reach out to me at: cvandenburg@hmpglobal.com.
Additional Resources
Not only does Emma have over a decade of experience supporting academic health systems and integrated delivery networks (IDNs), but she’s also the go-to for a delicious apple pie.
Emma BijesseOur team looked back on some of the most thought-provoking insights from conversations with key decision-makers in oncology. In this podcast episode, we explore the challenges and opportunities faced by oncologists, payers, and pathway developers.
Ashutosh ShethEasier access to oncology pathway recommendations encourages oncologists’ usage and considerations of these recommendations. Our new 2024-2025 Oncology Clinical Pathways Impact Report reveals the variability in pathway integration and usage.
Cindy Chen