Latest Articles for Cancer Research

Research reveals how BET proteins influence chromatin and gene expression in cancer cells.

Research reveals how TCR sequences determine antigen recognition and its implications for therapy.

Researchers develop tool to clarify treatment benefits from phase III cancer trials.

TOLLIP is vital for cancer cell growth linked to RAS mutations.

Research reveals the influence of nuclear size on cell cycle timing.

A new model improves risk assessment for AML patients using machine learning techniques.

Researchers uncover mechanisms of resistance in ovarian cancer treatments.

Vif uniquely disrupts cell division, leading to severe consequences for immune health.

Research sheds light on the development and characteristics of small intestine neuroendocrine tumors.

Research highlights potential drugs to inhibit Aurora-B and treat cancer.

colorSV improves detection of structural variations in cancer research.

Arsenic's surprising role in cell survival and its complex effects on health.

This article examines how cells adapt and migrate in intricate environments.

Examining hepatocellular carcinoma in children versus adults reveals significant differences.

Research reveals unique gene changes linked to cancer in Scotland's Northern Isles.

Research shows how nutrient sources affect breast cancer cell growth and treatment response.

New insights into how senescent cells affect tumor growth in breast cancer.

This study examines how Snail and hypoxia influence tumor cell movement and growth.

Researchers develop a humanized mouse model to study the role of A3 genes.

Study uncovers genetic changes and immune responses in lung cancer subtypes.

EPIC-ATAC improves analysis of chromatin accessibility in tumors and diverse cell types.

A new model enhances image retrieval for breast histopathology diagnosis.

Research sheds light on how cell division affects cancer behavior and treatment.

Explore the importance of G4s and R-loops in DNA and gene expression.

Research on cfDNA offers insights into early cancer detection and monitoring.

Combining therapies shows promise for extending survival in glioblastoma patients.

Researchers study how p53 affects cancer cell energy processing.

Research reveals how giant vacuoles help cells survive under stress.

Research shows promise in personalizing cancer treatment using advanced analysis techniques.

A new approach to studying drug-protein interactions using thermal stability assays.

SeNMo analyzes multi-omics data to improve cancer treatment and patient care.

New findings challenge previous links between microbes and cancer, highlighting contamination issues.

Orion improves early lung cancer detection through advanced non-coding RNA analysis.

New method enhances image analysis for cancer research.

This study evaluates deep learning methods for marking cancer tumors in medical scans.

Research reveals critical differences between ovarian cancer types for better treatment.

Hedgehog proteins guide tissue development and cell signaling in living organisms.

A novel approach using Triple U-Net enhances nuclei segmentation in medical images.

Research highlights innovative treatments targeting ovarian cancer's folate receptor.

A new method enhances the accuracy of identifying mutational signatures in cancer genomics.