Introducing palliative care from the moment of diagnosis is an essential component of comprehensive care, but it becomes even more critical when patients contract the COVID-19 coronavirus during treatment.  

Effectively treating a cancer diagnosis requires an immense amount of collaboration. Clinicians are equipped with the clinical knowledge to provide the best care possible, and sharing that crucial information with each other and patients is essential for optimal patient outcomes. 

On February 12, 2021, the U.S. Food and Drug Administration approved trilaciclib (Cosela^TM), a parenteral inhibitor of cyclin-dependent kinase, to prevent myelosuppression when administered prior to chemotherapy administration. The approval is currently limited to the use of trilaciclib before treatment with platinum- and etoposide-containing regimens and topotecan-containing regimens for treatment of extensive-stage small cell lung cancer.

Craig was diagnosed with colorectal cancer after a routine colonoscopy and subsequent colectomy. He meets with Lacey, the oncology nurse, to discuss managing the side effects of his FOLFOX chemotherapy. Lacey notes that Craig’s age is 71, weight is 255 lbs., and body mass index (a body fat ratio based on weight and height) is 38. Craig describes his activity level as “walking to the mailbox and exercising my fingers on the remote control. This cancer treatment will help me knock off some of this extra weight.”

In 2018, the cancer drug larotrectinib quietly became a milestone along the evolving path to approaching cancer therapy: it was the first agent approved to treat a genetic variant, not a specific type of cancer or disease site. And as oncology treatment science progresses, many predict that it won’t be the last—it’s already been joined by pembrolizumab and entrectinib as tumor-agnostic therapies. The key to curing cancer may be hidden in the disease’s genetic code rather than its location in the body.