jump to content jump to footer

Comparison of iRECIST and RECIST 1.1 for Evaluating Immunotherapy in Melanoma and Non-Small Cell Lung Cancer

In a retrospective study conducted at the University Hospital Cologne, the radiological criteria iRECIST and RECIST 1.1 were compared for assessing treatment response in melanoma and NSCLC patients receiving immune checkpoint inhibitors.

The results indicate that iRECIST is better suited for capturing atypical treatment responses to immunotherapies, especially in patients experiencing pseudoprogression. iRECIST could thus contribute to a more accurate evaluation of treatment response and improved immunotherapy outcomes.

Read more about the study here.

Image of a patient getting an MRI scan, signifying how RACOON projects in Germany show how imaging, structured reporting, and AI jointly advance clinical research.
Overview of major RACOON projects in radiology and clinical research.
RACOON – Imaging, Data & Collaboration for Better Decisions
Modern radiology faces a central question: how can imaging and clinical data be combined in a way that leads to more precise diagnoses,…
Read more
Interview with Prof. Timm Denecke about the RACOON-MARDER project and AI-powered early detection of liver cancer using MRI
An in-depth interview with Prof. Timm Denecke about the RACOON-MARDER project
Rethinking Early Detection: How RACOON-MARDER Aims to Spot Liver Cancer Sooner
Hepatocellular carcinoma (HCC) is often diagnosed too late, limiting treatment options and survival. The RACOON-MARDER project aims to change that. By…
Read more
mint Lesion's Research Suite: advanced imaging research platform designed to support
The mint Lesion Research Suite is an advanced imaging research platform that enables teams to efficiently design, configure, and run imaging studies.
mint Lesion Research Suite: The Flexible Imaging Research Platform Built for Scalable, Single- and Multi-Center Studies
mint Lesion's Research Suite is an advanced imaging research platform designed to support academic teams in streamlining and scaling their imaging…
Read more
scroll-top