Latest Articles for Cancer Research

Examining how RBM7 influences cancer progression through alternative splicing.

Exploring how machine learning enhances understanding of pancreatic cancer through omics data.

Researchers develop a model to explain cell movement and interaction with surfaces.

Research reveals gene links to colon cancer outcomes and potential treatment improvements.

Research highlights PLOD2's role in soft tissue sarcomas and immune response.

A new tool streamlines analysis of gene activity in tissue samples.

New methods improve the study of kinase activity in diseases.

Exploring how features in biology evolve over time to predict system behavior.

Research explores HER2's role in prostate cancer resistance and potential treatment strategies.

New imaging method uses neural networks for faster tissue analysis supporting cancer research.

Researchers target TM4SF4 to improve outcomes for HCC patients.

Study reveals how cell shape impacts movement and interaction in dense environments.

A study reveals how HBV and HCV influence HCC across genders.

Study investigates blood proteins impacting CRC risk in overweight individuals.

GET enhances understanding of transcription factors in various human cell types.

Researchers use machine learning to analyze cancer cells and improve treatment strategies.

Research explores DNA tetrahedrons' effects on tumor-associated macrophages for cancer treatment.

A new blood test shows promise in detecting early-stage pancreaticobiliary cancers.

EFL-3 influences stem cell behavior and development in C. elegans.

Research reveals mechanisms behind cellular responses to DNA breaks.

Research reveals the connection between increased body weight and cancer risk.

Researchers analyze cell behavior using kinetic models to uncover movement patterns.

Research reveals vital information on gene activity in response to treatments.

Prdm1 regulates immune cells crucial for fighting cancer and infections.

Exploring how geometric analysis can enhance our understanding of cancer.

Research reveals bispecific engagers may enhance prostate cancer therapies.

Research reveals the critical role of ADAMTS5 in ovarian cancer spread and patient survival.

Research highlights improved early diagnosis methods for lung cancer using patient data.

Research reveals how basal cells transform into luminal cells in the mammary gland.

New insights into how tumor environments influence cancer survival and development.

A new method simplifies lineage tree simulations, enhancing biological research efficiency.

SELECTOR utilizes diverse data to predict cancer patient survival accurately.

Study reveals significant HPV infection rates among women in Southern Zambia.

This study sheds light on gene interactions and their impact on cancer treatments.

Long-read sequencing offers deeper insights into cancer genetics and treatment options.

New methods improve gene expression analysis in tissues.

Studying genes may lead to better treatments for hypopharyngeal and lung cancers.

This study examines glioma cell migration using advanced mathematical techniques.

Researchers uncover key genes related to kidney cancer survival.

Mapping cancer rates helps target public health interventions effectively.