Latest Articles for Cancer Research

Myc proteins control gene activity and are linked to cancer development.

HistoGym aids cancer diagnosis by using AI to analyze tissue images.

New study reveals inherited variants in young cancer patients.

Research reveals how EBV alters B cell metabolism to promote growth.

DeepVul connects gene data to predict drug responses in cancer patients.

Research reveals hnRNP_K's impact on cell functions and prion diseases.

New model improves accuracy in skin lesion segmentation for early cancer detection.

Research sheds light on the factors driving resistance in metastatic cancer.

New model significantly improves accuracy in cervical cancer image classification.

This study offers insights into treatment strategies for multiple myeloma using joint models.

Research reveals how KRAS mutations alter cancer cell behavior and metabolism.

A new method significantly improves imaging resolution for biological samples.

Linking chronic inflammation and NF-κB to thyroid cancer risk.

This article explores the role of microRNAs in health and disease.

Study reveals telomerase RNA stays in nucleus of Aspergillus nidulans.

A closer look at rare salivary gland tumours, their genetic factors, and treatment options.

Aging immune systems and T cell diversity may influence cancer rates in older adults.

New models provide deeper insights into bladder cancer treatment and behavior.

Study reveals complex immune landscape in HGSOC and implications for treatment.

Researchers uncover key factors affecting TCR predictions for immune responses.

This study introduces a method to better classify cancer subtypes using omics data.

SOFA integrates guiding variables to enhance multi-omics data analysis.

Discover how EUIS-Net improves breast ultrasound image segmentation for better cancer detection.

Study reveals how leukemia cells adapt to nutrient scarcity.

A deep learning approach improves survival predictions for esophageal squamous cell cancer.

Research shows meta-learning improves lung cancer detection using gene expression data.

Research reveals promising uses of yeast cell wall in fighting cancer.

A new model helps improve chemotherapy effectiveness while protecting healthy cells.

New techniques improve HER2 testing accuracy for breast cancer treatment.

BCDNet offers efficient breast cancer detection with lower resource needs.

Research suggests high mitochondrial RNA may indicate viable cancer cells instead of poor quality.

Research reveals sepiapterin's potential to improve cancer treatment through immune enhancement.

Nicheformer integrates single-cell and spatial data for improved cellular analysis.

DeepProfile enhances understanding of gene expression in various cancers to inform treatment strategies.

Examining how the ECM influences cancer cell migration and growth.

Deep learning models show promise in improving cancer prognosis through image analysis.

A look at genome organization and its impact on gene regulation.

This article discusses TGFβ signaling and its interaction with Rudhira in cell development.

Histo-Diffusion improves high-resolution imaging for accurate disease diagnosis.

A flexible approach to handle missing data in integrated research.