| Key Points . |
|---|
| • The challenge of distinguishing pseudoprogression from progression leads to the early removal of patients from studies, curtailing our ability to evaluate the long-term benefits of immunotherapy |
| • Advanced MRI techniques including perfusion MRI, diffusion-weighted MRI, and iron-oxide or indium-labeled MRI may help to improve diagnostic decision-making |
| • The limitations of anatomic imaging have spurred exploration and development of novel imaging techniques, including MRS, metabolic pH with CEST, and novel PET probes |
| Key Points . |
|---|
| • The challenge of distinguishing pseudoprogression from progression leads to the early removal of patients from studies, curtailing our ability to evaluate the long-term benefits of immunotherapy |
| • Advanced MRI techniques including perfusion MRI, diffusion-weighted MRI, and iron-oxide or indium-labeled MRI may help to improve diagnostic decision-making |
| • The limitations of anatomic imaging have spurred exploration and development of novel imaging techniques, including MRS, metabolic pH with CEST, and novel PET probes |
| Key Points . |
|---|
| • The challenge of distinguishing pseudoprogression from progression leads to the early removal of patients from studies, curtailing our ability to evaluate the long-term benefits of immunotherapy |
| • Advanced MRI techniques including perfusion MRI, diffusion-weighted MRI, and iron-oxide or indium-labeled MRI may help to improve diagnostic decision-making |
| • The limitations of anatomic imaging have spurred exploration and development of novel imaging techniques, including MRS, metabolic pH with CEST, and novel PET probes |
| Key Points . |
|---|
| • The challenge of distinguishing pseudoprogression from progression leads to the early removal of patients from studies, curtailing our ability to evaluate the long-term benefits of immunotherapy |
| • Advanced MRI techniques including perfusion MRI, diffusion-weighted MRI, and iron-oxide or indium-labeled MRI may help to improve diagnostic decision-making |
| • The limitations of anatomic imaging have spurred exploration and development of novel imaging techniques, including MRS, metabolic pH with CEST, and novel PET probes |
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