Latest Articles for Cancer Research

A new model improves early detection of lung nodules.

New models improve predictions for cancer drug effectiveness across cell lines.

New therapies focus on KRAS variants to improve cancer patient outcomes.

A new method reveals insights into how cancer tumors develop over time.

cfDNA offers insights into cancer detection with less invasive methods.

This article discusses a model simulating the interactions in tumor growth.

New research reveals insights into kidney cancer mutations and immune responses.

Research highlights GTF2IRD1's role in MSS colorectal cancer treatment.

Examining how asymmetric division influences colon cancer cell growth.

This article discusses Schizandrin A as a potential treatment for pancreatic cancer.

This article examines the link between cell adhesion and tissue fluidity.

Discover how Perturb-DBiT improves gene editing insights in complex tissues.

This study examines how contact inhibition of locomotion influences epithelial tissue behavior.

Study reveals important genetic factors influencing breast cancer rates in Brunei patients.

SHP2 is vital for cell signaling, impacting growth and regulation.

DAXX mutations impact telomere maintenance and cancer development.

Research uncovers microorganisms that may aid in non-invasive CRC diagnosis.

Investigating LINE-1 proteins offers new insights into cancer and potential early detection.

This study reviews gene tests for predicting lymph node spread in bladder cancer.

Researchers use math to model and predict tumour behavior for better cancer treatment.

This article examines Barrett’s oesophagus and its role in oesophageal cancer.

Learn how MHC-I proteins signal threats to our immune system.

TIRE-seq simplifies RNA study, making gene research faster and more efficient.

Combining MRI types enhances brain tumor segmentation and treatment outcomes.

This article discusses modeling techniques for analyzing tumor growth and early detection.

PathoGen-X combines imaging and genomic data for better cancer survival predictions.

A new method improves accuracy in cancer biomarker measurements.

SNED1 is essential for cell survival and communication within the extracellular matrix.

Research reveals innovative approaches to fight aggressive TNBC using engineered macrophages.

NK cells are key in fighting infections and cancer through specialized receptors.

An overview of gene expression and its regulation mechanisms.

Examining how variations in EXO5 affect DNA repair and cancer susceptibility.

Combining imaging and genetic data improves lung cancer diagnosis accuracy.

Research aims to find reliable blood markers for early cancer detection.

Study reveals alcohol consumption influences gut bacteria and colorectal cancer risk.

Research reveals new details about cyclin regulation in fruit fly egg development.

Research reveals Ulk4's crucial function in Hh signaling and protein interactions.

Research examines the trade-offs of PCA in age prediction and cancer models.

Researchers focus on tailoring cancer treatments using machine learning for better outcomes.

HSF2 plays a critical role in managing gamma-herpesvirus activity.