Latest Articles for Cancer Research

MATES offers a novel approach to study transposable elements at the single-cell level.

Using math models to improve understanding of prostate cancer progression.

New methods enhance understanding of immune system treatments against diseases.

Study reveals complex interactions between immune cells and diffuse large B-cell lymphoma.

Research uncovers how kidney tumors evolve and affect child cancer treatment.

A new digital pathway improves access to genetic testing for breast cancer patients.

Examining how T cell exhaustion affects immune responses in cancer treatment.

Research on CXCR4-targeted therapy shows promise for treating SCLC effectively.

Study reveals how RBL2 mutations affect brain growth and function.

Study reveals mitochondrial DNA mutations linked to cholangiocarcinoma development.

BPGT enhances accuracy in predicting genetic mutations from tissue images for better cancer treatment.

Research reveals predictive score for radiotherapy response in NPC patients.

Research uncovers genetic changes in NF1 tumors to guide future treatments.

Research shows how math can improve predictions for multiple myeloma treatment outcomes.

Many skin cancer patients face recurring diagnoses, raising health care concerns.

Research highlights how TIPE influences metabolism and growth in melanoma cells.

The ULS23 Challenge aims to improve tumor segmentation in CT scans for better cancer care.

Understanding DNA repair pathways is vital to combat diseases like cancer.

New insights into mutations and drugs offer hope for cancer treatment.

Understanding tumor growth through mathematical models aids in cancer treatment.

A new model improves accuracy in breast cancer diagnosis using advanced image analysis.

Study examines how microbiota affects HPV and anal health in MSM with HIV.

Study reveals how DNA withstands mutations that may lead to cancer.

Study reveals unique behaviors of neuroblastoma cells in bone marrow compared to primary tumors.

Study reveals links between physical activity, metabolites, and breast cancer risk.

Examining the role of splicing factors and KRAS in lung cancer development.

New research highlights a method to boost chemotherapy effectiveness using TopBP1 condensates.

How math helps researchers tackle cancer treatment challenges.

Research reveals how stromal cells impact brain tumor progression and immune response.

Researchers find potential treatments for breast cancer through existing drugs and shared genetics.

New method improves colonoscopy video analysis for polyp detection.

SOX2 significantly influences tumor growth and treatment resistance in colorectal cancer.

This review examines how miRNAs relate to osteosarcoma outcomes.

A new model enhances precision in cancer therapy based on individual patient profiles.

Researchers enhance vaccine safety and efficiency by modifying MDCK cells.

This article examines the connection between cell aging and cancer mechanisms.

Research reveals the complex links between transcription and histone changes.

A study explores automated methods for measuring ascites using deep learning algorithms.

Research explores how blood traits relate to cancer outcomes.

Exploring how senescence affects cancer growth and treatments.