Latest Articles for Cancer Research

Exploring how cGAS affects immune responses in tumors.

Study reveals how YEATS2 and GCDH drive cancer cell invasiveness.

Understanding key factors for better breast cancer detection and care.

SNX9 protein plays a key role in cellular processes and cancer progression.

New IRIS technique enhances CEST MRI image quality for better diagnostics.

Scientists are using PROTACs to improve targeted therapies in medicine.

Investigating how TNFSF genes impact breast cancer treatment and patient outcomes.

Rev7 plays a crucial role in DNA repair processes, influencing genome stability.

A new method uses AI to enhance cancer grading accuracy.

Research shows T. vaginalis may increase the risk of HPV infections.

Examining how tumor surroundings affect cancer treatment responses.

Examining the interactions within the tumor microenvironment and their impact on cancer treatment.

Diet plays a key role in colorectal cancer risk.

Language models aid doctors in classifying and utilizing medical evidence efficiently.

A new model offers hopes for personalized cancer therapies.

Research reveals diverse behaviors and responses in B-cell lymphomas.

A blood test may improve early lung cancer detection and treatment outcomes.

Research highlights the link between HPV infection and cervical cancer risk.

IL-12's impact on immune response and cancer treatment revealed through clinical studies.

Investigating how PRMT1 influences HPV and its potential cancer implications.

This study reveals how Ing4 affects blood cell creation and multipotent progenitor cells.

An overview of Kaposi sarcoma, its causes, and current research.

A new methodology improves treatment evaluation for personalized medicine.

FALFormer improves accuracy in analyzing medical WSIs for diagnostics.

Research reveals important differences in ILC behavior and treatment response.

Tumor microenvironments hinder drug effectiveness by limiting oxygen supply.

Studying how age and mutations affect myeloproliferative neoplasms.

Research reveals the role of gene mutations in esophageal cancer development.

Examining how TP53 mutations influence cancer development and progression.

HistoGPT transforms how pathologists create reports from tissue images.

Exploring the role of low oxygen levels in disease management.

53BP1 is key in repairing DNA damage and interacts with other proteins.

Research uncovers potential for better HCC diagnosis and treatment strategies.

Research reveals immune system may not effectively manage mutated blood cells.

SAMURAI offers a reliable method for studying genetic changes in diseases.

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.