Latest Articles for Cancer Research

This study investigates the genetic traits of different breast cancer subtypes.

This study examines how whole-genome doubling influences cancer development and treatment.

Researchers develop inhibitors to better study UBE2D's role in protein management.

Research reveals potential of G quadruplexes in treating cancer and HIV.

MicroRNAs are key regulators of gene expression linked to various health conditions.

A new method enhances cystoscopy video analysis for bladder cancer detection.

USP37 stabilizes CMG helicase, ensuring accurate DNA replication under stress.

Research reveals how TLR activation may reduce harmful light chain production in myeloma.

Research unveils a method to analyze DNA replication with improved accuracy.

SiSIFUS improves image clarity in fluorescence lifetime imaging for biological studies.

New methods and robotics are reshaping cancer care.

Research introduces a new method for improved polyp classification in colonoscopies.

A new technique improves the comparison of cell data across different tissues and studies.

A new framework enhances predictions for bladder cancer outcomes using deep learning.

Metient offers fresh insights into cancer metastasis and its complex patterns.

A look into the APC/C and its role in cell division.

BC-SELECT helps predict treatment responses in breast cancer patients using gene expression data.

Immune cells adapt their movement to fight infections effectively.

Research reveals potential therapies combining MLKL blocking and HHT for colorectal cancer.

Study highlights how p53 mutations affect breast cancer cell behavior.

Study uncovers RNA binding proteins' roles in liver cancer and potential therapies.

This study examines AI's potential in classifying ovarian cancer subtypes.

Research reveals MAFG's critical role in melanoma's aggressive behavior and treatment resistance.

Research reveals CBF-β's critical role in kidney cancer progression.

Research reveals genetic differences impacting breast cancer outcomes among racial groups.

Examining cell behavior and interactions in nutrient and waste management.

A study reveals new genetic markers for lung cancer in diverse populations.

Innovative approaches in studying cancer progression and treatment strategies.

Abl1 kinase is vital in managing cellular processes and cancer development.

Adenoid cystic carcinoma poses significant treatment challenges due to its unique characteristics.

Federated and transfer learning enhance efficiency and accuracy in cancer detection.

Research on cell migration using microlanes and inhibitors reveals important insights.

Study reveals remote brain inflammation linked to glioblastoma severity and survival.

A new method enhances cancer outcome predictions using advanced imaging techniques.

This study compares deep learning to traditional models in estimating radiation cancer risks.

A fresh approach improves bladder cancer diagnosis accuracy.

Examining the impact of COVID-19 on cancer diagnosis and mortality rates in England.

MATES offers a novel approach to study transposable elements at the single-cell level.

Using math models to improve understanding of prostate cancer progression.

New methods enhance understanding of immune system treatments against diseases.