249 articles in this topic
New research reveals how tumors hijack brain pathways through GDF15 protein to cause devastating weight loss in cancer patients.
New research reveals how successful chemotherapy creates special cells that enhance immune response and restrain tumor growth.
Researchers identify a common photoreceptor signature that unifies distinct brain tumors, revealing new therapeutic targets.
New research reveals how activating vascular STING pathways helps immune cells infiltrate and destroy aggressive lung cancer cells.
B7-H3-targeted therapy HS-20093 achieved 52% response rate in small cell lung cancer and 22% in non-small cell lung cancer patients.
Researchers propose guidelines to study how microbes within tumors influence cancer progression and treatment responses.
Major study reveals pediatric cancers have distinct genetic signatures that differ dramatically from adult cancers.
Researchers identify shared photoreceptor signature connecting aggressive pediatric brain tumors, opening new treatment paths.
Scientists develop safer way to deliver immune-boosting genes directly to tumors, enhancing radiation therapy effectiveness.
Comprehensive review reveals how artificial intelligence is transforming cancer diagnosis and treatment approaches.
New research identifies CRTAM protein as key target to prevent immune therapy toxicity while preserving cancer-fighting power.
Large NHS study shows AI can replace second human reader in breast cancer screening without compromising detection rates.
