Latest Articles for Cancer Research

New insights into stem cell roles and gene regulation in the gastrointestinal tract.

This study advances gene regulatory network inference by integrating epigenomic data.

G-quadruplexes play a significant role in controlling gene expression and chromatin structure.

A novel approach using language models to test medical rule engines improves accuracy.

Study links contaminated water exposure to increased cancer risks for Marines and civilians.

Study reveals TSH does not promote growth in thyroid cells.

New methods improve understanding of microRNAs and gene interactions.

Exploring how ATM protein affects DNA damage and neuron health.

Investigating how PIN1 and CtIP protect DNA replication forks under stress.

This study focuses on enhancing IVIM imaging techniques for clearer cancer diagnostics.

Understanding how oxygen fluctuations affect cancer cell survival and growth dynamics.

Study reveals gene differences in metastatic breast cancer cells.

A new approach enhances predictions of paraganglioma tumor growth for better patient care.

A new AI tool improves early detection of pancreatic cancer through enhanced imaging.

Comparing accuracy of gender prediction tools in cancer trial authorship.

New dual-branch CNN model improves prostate zone segmentation in MRI scans.

A look at how the Hippo pathway influences kidney cancer development.

Learn about myelosuppression, its causes, symptoms, and management in breast cancer patients.

Research reveals key factors influencing medulloblastoma outcomes and potential new treatments.

Research reveals key epigenetic factors affecting glioblastoma stem cells.

Exploring the connection between reproductive choices and breast cancer risk.

Research focuses on predicting disease markers from tissue images for better treatment.

Analyzing gene expression data's role in cancer classification through machine learning models.

This study investigates long-term quality of life for HNC survivors.

Study shows unique p53 isoforms affect tumor growth in male mice.

Research develops a model to enhance cancer treatment with heat and radiation.

MOVE integrates biological data to enhance cancer research and treatment strategies.

Studying canine cancers provides valuable insights for improving cancer treatments in humans.

A look into how p21 and p53 influence cancer cell survival and treatment resistance.

Research reveals key factors in T-ALL development involving genetic mutations and thymic environment.

New method enhances understanding of blood films for disease detection.

This study investigates how cancer cells invade tissue using a gelatin model.

MuCST offers new insights into cell behavior and tissue structure.

This article discusses advancements in cfDNA analysis for cancer detection.

Research sheds light on genetic changes in glioblastoma for better therapies.

AI is changing how new drugs are discovered, focusing on cancer treatments.

HIPI predicts protein levels from H&E images, aiding cancer diagnosis.

A promising method identifies low-level mutations linked to tMN in patients.

The Re-embedded Regional Transformer enhances cancer diagnosis through innovative feature re-embedding techniques.

A study on using language models to identify metastatic cancer from clinical notes.