Latest Articles for Cancer Research

A look into the role of ecDNA in cancer progression.

L-2HG influences cell processes and health through its metabolism.

New methods aim to improve early breast cancer diagnosis through innovative technology.

Research reveals how ZIP4 transports zinc and its implications for cancer therapies.

Research reveals differing cancer mutation patterns between Chinese and American patients.

This article examines how cells interact and move in changing soft tissues.

MECOM is crucial for blood cell formation and function.

Research reveals distinct seminoma subtypes, paving the way for improved therapies.

Researchers examine protein structures to develop new cancer treatments.

Examining how gut bacteria affect the metabolism of organic mutagens and cancer risk.

Research improves TCR structure prediction for better immune therapies.

Research reveals new drug combos that could improve treatment for ovarian and breast cancer.

Research sheds light on GIST metabolism and treatment options.

This research develops a model to predict gene profiles using tissue images.

Research explores improved methods for detecting Lynch syndrome mutations in patients.

Research reveals p21's role in chemotherapy resistance for lung cancer.

An overview of how cells grow and divide in a systematic process.

New model improves predictions of TCR-antigen binding for cancer treatment.

Ongoing research aims to improve treatment options for uveal melanoma patients.

This article examines how surface structure influences cell movement during migration.

Study reveals unique cell cycle dynamics in multiciliated cells.

Using self-supervised learning to improve tissue image analysis accuracy.

Study examines how early life metabolites influence colorectal cancer risk.

Circulating tumor cells and apoptotic cells play key roles in cancer metastasis.

Research uncovers how mutations in blood stem cells lead to AML.

New strategies enhance mammogram evaluation for better breast cancer detection.

Research highlights key biomarkers for better prostate cancer diagnosis and treatment.

Research reveals pathways and roles of heterochromatin in nuclear movement.

Examining TDG's crucial function in DNA repair and gene expression.

Haspin is crucial for regulating cell division through histone modifications.

This study reveals PDE1A's impact on NSCLC spread and treatment resistance.

Research uncovers key mechanisms in infiltrative gastric cancer's immune evasion.

Rolipram shows promise in inhibiting cancer spread by targeting key enzymes.

Research highlights lncRNAs as potential markers for pancreatic cancer detection and treatment.

Research shows potential new markers for liver cancer detection.

Research highlights targeting mSWI/SNF complex as a potential SCLC therapy.

New therapies focus on p300 and CBP to combat advanced prostate cancer.

Research focuses on AI models to improve prostate cancer detection and provide confidence levels.

This article examines key cancer risk factors in various Australian regions.

Explore how 3' UTRs affect RNA behavior and gene expression.