Latest Articles for Cancer Research

AI technology improves brain tumor identification through advanced MRI analysis.

Discover how RNA polymerase II impacts cell survival and death.

UnitedMet merges metabolite and RNA data for better cancer insights.

Genomic changes influence cancer growth and treatment responses.

A novel method enhances precision matrix estimation using limited data through transfer learning.

DTX3L and USP28 play crucial roles in protein regulation and cell survival.

Discover how technology is improving breast cancer diagnosis and treatment options.

This article discusses the role of machine learning in diagnosing brain tumors using MRI technology.

TAFM-Net enhances skin lesion analysis for quicker cancer detection.

Discover how cancer cells communicate and influence their environment.

New approaches aim to improve cancer treatment effectiveness and patient care.

MambaU-Lite model improves skin lesion segmentation for early cancer detection.

Unraveling the role of CECR2 in gene access and expression.

Explore how cells interact with their environment through the extracellular matrix.

Understanding RET variants and their impact on health risks.

A detailed review of workflows for analyzing DNA methylation data.

Discover how mechanical forces and chemical signals shape tissue growth and tumors.

Research focuses on how epithelial layers interact with their supporting stroma.

New research uncovers potential for better gastric cancer therapies using OASL.

Explore how enhancers influence cancer growth and treatment responses.

A3B fights viruses but may also fuel cancer.

New insights into RINCAA could change cancer treatments.

A tool for estimating cancer risks based on genetic markers and family history.

Study reveals genetic factors behind early-onset colorectal cancer.

Discover how biomarker combinations enhance liver cancer detection accuracy.

Explore how gene regulatory networks influence cell behavior and transitions.

AI technology is transforming liver cancer detection, improving accuracy and efficiency.

Research reveals new methods to study hypertranscription in cancer tissues.

SCDA enhances AI's ability to classify cancer accurately across hospitals.

Research shows how study design influences cancer screening effectiveness results.

New methods improve antibody detection, aiding early cancer diagnosis.

A look at how chromatin organizes DNA for gene access.

Study shows quick sample handling improves HRD testing accuracy for better treatment decisions.

Explore how constraints shape tumor growth and immune responses.

A groundbreaking model enhances early detection of liver metastases from colorectal cancer.

A study reveals knowledge gaps in healthcare workers regarding oncogenetics and breast cancer.

Explore how cell fusion shapes cancer treatment challenges and advancements.

Research sheds light on challenges in early detection of ovarian cancer.

Research identifies key microRNAs that may improve early diagnosis of pancreatic cancer.

New strategies block immune checkpoints to enhance T cell responses in cancer treatment.