Latest Articles for Cancer Research

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

This article discusses the importance of protein kinases like Abl1 in health and disease.

Innovative methods aim to improve liver cancer imaging accuracy and efficiency.

This study uses deep learning to predict liver cancer risk in NAFLD patients.

A new method enhances gallbladder cancer detection using basic image labels.

A new approach helps identify gene expression programs in cancer.

Research reveals mtDNA damage linked to oxidative stress in oral squamous carcinoma.

Examining HSF1's role in cancer cell survival and proteomic instability.

A new approach to enhance image analysis in digital pathology through better attention methods.

New models reveal complexities of cancer growth and treatment strategies.

Research highlights CTCF's impact on HTLV-1 disease progression and immune response.

A new method enhances fairness in colorectal cancer polyp detection.

New techniques reveal cell type differences in cancer studies.

MuTILs improves the analysis of tumor-infiltrating lymphocytes in breast cancer tissues.

Study reveals ischemia time significantly affects cancer tissue biomolecule quality.

A new model improves polyp detection in colonoscopy images using text prompts.

This study reveals how neuropilins and plexins regulate Wnt signaling pathways in cells.

Exploring personalized strategies to enhance cancer treatment and outcomes.

Learn about canine cancer, its types, diagnosis, and advancements in detection methods.

Innovative method predicts BRAF mutations in brain tumors without surgery.

RUCova improves mass cytometry data by removing unwanted variability for clearer results.

Research reveals new compounds targeting CXCR4 with potential for cancer treatment.

A new method simplifies blood vessel segmentation using depth information from 2D images.

Exploring the link between cell shape and protein levels in cancer diagnosis.

SPACE reveals complex interactions in biological tissues for deeper insights.

Study reveals protein markers that could improve colorectal cancer screening.

This study explores how H. pylori infection affects gastric cancer treatment responses.

Study explores new methods for predicting cancer return in head and neck cases.

Study reveals how UV radiation changes DNA organization and repair processes.

Research identifies key factors in treatment resistance for multiple myeloma.

A novel method enhances cancer diagnosis by integrating weak causality signals in medical imaging.

A promising technique using acoustophoresis improves detection of circulating tumor cells in prostate cancer.

New findings shed light on Lynch syndrome and its cancer risks.

Study shows the importance of quality protocols in liquid biopsies for cancer detection.

A study on enhancing drug prediction models for better cancer therapies.

Research shows filtering immune cells may improve cancer treatment outcomes.

ClusterCleaver enhances the study of diverse cell populations in tumors.

A novel method enhances how models interpret tissue samples in cancer detection.

Vis-SPLIT aids in the effective analysis of RNA-Seq data for cancer research.

Learn how BACH1 regulates oxidative stress and its impact on health.