Researchers Hope to Harness AI to Understand, Predict Response to ICIs
Regardless of the efficacy of immune checkpoint inhibition in some settings, many cancers will not respond to treatment with them.
Regardless of the efficacy of immune checkpoint inhibition in some settings, many cancers will not respond to treatment with them.
Patients with cancer and COVID-19 had high rates of hospitalization and/or respiratory illness, particularly among those taking immunotherapy or those older than 65 years.
A study suggested that the immunotherapy could be sensitizing non-Hodgkin lymphoma patients to subsequent therapies.
A review of practices prior to a change in nivolumab dosing demonstrated that bodyweight dosing resulted in a 6.1% rate of wastage at a significant cost compared with a fixed dose of 240 mg per dose.
Because the TNF-α pathway plays a critical role in tumor surveillance, there is concern that inhibition of this pathway could predispose patients to certain malignancies.
Results of a single-center retrospective study revealed that patients with darker pigmented skin frequently experienced irCAEs, therefore, increased surveillance is needed in SOC patients.
A patient education and monitoring program improved patients’ ability to manage and report adverse events related to treatment with ICIs.
Readmissions for CRS, neurotoxicity, infection, and other adverse events are common after immunotherapy with axicabtagene ciloleucel.
Adding avelumab to best supportive care following chemo in advanced UC significantly improved OS compared with best supportive care alone.
Results of TERAVOLT showed that chemotherapy alone or in combination was significantly associated with increased risk of death for those with thoracic cancer and COVID-19.