Latest Articles for Cancer Research

VETE model improves drug response predictions in cancer research.

Research reveals how lamin A affects glioblastoma cell growth and invasion.

New methods improve accuracy in brain tumor segmentation using MRI and AI technology.

Research reveals complex interactions between pancreatic cancer cells and blood vessel cells.

A new model offers insights into tumor behavior and treatment responses.

Research highlights the role of Dock7 and Cdc42 in cancer cell survival.

A study highlights gaps in cancer diagnosis processes and suggests improvements.

Explore how microtubules and kinetochores ensure accurate chromosome segregation during cell division.

A new method enhances tumor detection accuracy using weakly supervised learning techniques.

Research highlights the role of cancer stem cells in melanoma's behavior and treatment resistance.

This study explores Src kinase's role in controlling cell movement and behavior.

Research reveals improved tools to block TEAD, impacting cancer cell growth.

Research reveals key insights about Hepatoblastoma and the influence of Gas1.

Research reveals how TMEM184B variants affect nerve cell growth and brain function.

This article discusses the role of family history in identifying cancer-related genetic variants.

ALISON models cancer behavior to tailor treatments for HGSOC patients.

A new system improves tissue classification using deep learning techniques.

Exploring the role of cell state changes in cancer progression.

A new study reveals detailed localization and variability of metabolic proteins in cells.

Centrioles are key to cell division and stability, impacting health and disease.

A novel pooling method enhances AI for better cancer detection.

Explore the process of cellular senescence and its implications for health and aging.

A new framework improves polyp detection accuracy in gastrointestinal imaging.

This article examines GSK3's impact on Treg cells and their role in cancer.

Research reveals how breast cancer spreads and affects bone structure.

Research reveals splicing's role in pediatric brain tumors and future treatment possibilities.

Research introduces Top-ML for better anticancer peptide prediction using topological features.

A new model combining Unet and TransUnet for improved nuclei segmentation.

DMRIntTk integrates DMR sets for clearer insights into gene behavior.

A new method combines imaging and genomic data to study cancer behavior.

A study reviews methods for analyzing multiple lesions in cancer patients.

Research uncovers potential genetic variants affecting breast cancer risk.

New AI techniques enhance the classification of ovarian cancer subtypes.

p53 protein is key in stopping cancer through DNA repair and regulation.

Research highlights DNA methylation patterns that may improve breast cancer diagnosis and treatment.

New research reveals miRNA signatures that could improve melanoma diagnosis and treatment.

Tall women show increased breast cancer risk linked to genetic factors.

A new framework enhances the discovery of synthetic lethal gene relationships in cancer treatment.

Analyzing the strength of evidence for cancer drugs approved from 2000 to 2020.

New insights into how DNA repair influences melanoma development.