Latest Articles for Cancer Research

Understanding how species and diseases evolve by examining trait changes over time.

Research highlights the impact of BMAA on neuroblastoma and treatment challenges.

Study questions the nature of ECSIT mutations in lymphoma patients.

NovumRNA helps find hidden cancer targets for better immunotherapy outcomes.

P4HA1 protein influences cell growth and inflammation in breast cancer.

Scientists use spoon to improve identification of variable genes in tissue samples.

PASA enhances accuracy in identifying mutational signatures linked to cancer.

Study uncovers a novel method of EV release in cells.

Deuterium metabolic imaging reveals insights into glucose metabolism in tumors.

Study reveals how genetics and social factors influence CNS tumor outcomes in children.

Exploring the role of tumor budding in predicting colorectal cancer outcomes.

Higher IgE levels may lower glioma risk and improve patient survival.

Study confirms gene signatures for tailored treatment in head and neck cancer patients.

T cells rely on cytokines for effective immune responses against cancer and infections.

Trained immunity enhances immune response and holds promise for cancer therapy.

Cells transport materials to grow and invade tissues using endosomes and proteins.

New strategies are emerging to tackle RAS mutations linked to cancer.

Research reveals how cell types in tumors affect patient survival rates.

Researchers develop innovative ways to assess cancer therapy survival rates.

A new robot enhances accuracy in MRI-guided prostate biopsies.

Discover the functions and significance of lncRNAs across various organisms.

Research reveals how cell interactions impact colorectal cancer outcomes.

Study reveals differences in tumor microenvironment between primary and metastatic breast cancer.

New model improves skin lesion classification accuracy using multiple data types.

Enhancing usability and reproducibility of drug response prediction in cancer research.

Research focuses on TEAD inhibitors for better mesothelioma therapy options.

NLP models help identify eligibility criteria for cancer clinical trials.

New techniques aim to improve prostate cancer treatment through data-driven models.

Research reveals how pancreatic cancer cells adapt to treatment via ribosome sharing.

New research highlights GlaS as a potential tool against breast cancer stem cells.

Learn how cells maintain stability during division and the role of key proteins.

Researchers aim to improve treatments for stubborn triple-negative breast cancer using gene-targeting techniques.

Research highlights how liver fluke infections can lead to bile duct cancer.

Research improves bone metastasis identification with synthetic data generation.

Kinetochore ensures accurate chromosome separation during cell division, crucial for life.

MRI radiomics improves glioblastoma diagnosis through genetic marker prediction.

New methods enhance understanding of AML through RNA sequencing and machine learning.

A novel model predicts cancer cell responses to treatments using gene expression.

Discover the vital role of OCIAD1 in lipid metabolism and its cancer links.

Study suggests a new method for better assessing colorectal cancer depth.