Latest Articles for Cancer Research

This article explores the extracellular matrix and its impact on cell interactions.

DMRIntTk improves detection of methylation changes linked to diseases.

A fresh analysis reveals crucial risk estimates for PALB2 mutation carriers.

Research shows how nuclear envelope assembly differs in normal and cancer cells.

This study explores how language models can aid in cancer classification.

Synthetic data offers promise for improving research on adolescent cancer patients.

Research reveals potential links between gut bacteria and endometrial cancer risk.

A new model simulates growth and movement of epithelial cells in tissues.

Automated solutions for identifying brain tumors show promise in improving patient care.

This study examines how cancer cells evolve using single cell phylogenies and RNA data.

A new model improves the estimation of tumour purity in glioblastoma samples.

Cells navigate surfaces based on firmness, affecting healing and tissue development.

MYC and MAX are critical in controlling gene activity and cell health.

Researchers develop patient-specific models to better study glioblastoma treatment responses.

Research shows remnant cholesterol levels may impact cancer risk over time.

A closer look at APC mutations and their role in colorectal cancer.

Study showcases machine learning's role in improving breast cancer detection through enhanced recall.

AttriMIL enhances tumor detection in whole-slide images through advanced scoring and constraints.

Study reveals how SDH-b loss alters metabolism in chromaffin cells.

New findings link IGFBP7 levels to treatment responses in breast cancer.

Improving T cell response predictions through innovative model techniques and data approaches.

Study reveals complex role of BAP1 mutations in various cancers.

Research on neoantigen-based vaccines aims to improve immune response against cancer.

Researchers uncover the role of STK19 in DNA repair.

Research highlights miRNAs as potential blood markers for prostate cancer detection.

CellPie combines gene expression and tissue images for better cancer analysis.

New insights into how cancer cells manage acidic environments for survival.

Study shows improved outcomes for stage III lung cancer with EGFR mutations.

New image analysis methods improve liver cancer detection and risk assessment.

Exploring how CDK12 alterations influence treatment responses in prostate cancer.

A study reveals potential benefits of anti-miR-155 for NSCLC patients.

Research reveals how 14-3-3 proteins influence RAF activity and cellular functions.

EODE enhances cancer classification accuracy through innovative model techniques.

New methods using ascites fluid offer insights for personalized ovarian cancer treatment.

Study finds specific gut bacteria associated with adenomas and colorectal cancer.

BEPH enhances cancer detection and survival prediction through innovative image analysis.

Examine how genetics and inflammation impact survival rates in MDS patients.

A new model improves liver lesion classification in 3D imaging.

LIUS offers a promising method to affect cancer cell growth and spread.

New AI method improves cancer cell classification while addressing batch effects.