Latest Articles for Cancer Research

Research reveals biguanidine derivatives may enhance pancreatic cancer therapies.

This article explores how mutations in Palb2 can impact DNA repair and cancer susceptibility.

Exploring how peptides interact with MHC molecules to influence immune reactions.

Research reveals how helium droplets affect electron emission and energy loss.

Research reveals new methods to target KRAS mutations in aggressive cancers.

Study investigates lipid levels' role in advanced prostate cancer progression.

Research reveals PIKfyve as a key target in treating pancreatic cancer.

A novel approach improves insights into gene activity in individual cells.

Exploring how tumor diversity affects cancer treatment outcomes.

Local Spatial Gradient Inference offers a fresh look at tumor cell interactions.

A new model explores how cancer spreads and interacts with the immune system.

OncoCTMiner connects cancer patients with personalized clinical trial options based on genetic data.

New method enhances peptide identification through multiple database searches.

New models improve the detection of osteosarcoma in medical imaging.

Introducing MatriSpheres, a new model for studying colorectal cancer.

Study investigates β-HCG levels in non-pregnant women for ovarian cancer detection.

Study compares prostate cancer cell lines to patient data for better drug research.

This article explores how tiny worms adapt to food shortages and its relevance to cancer cells.

Combining GEM with ATR inhibitors shows promise in fighting pancreatic cancer.

Study shows how tumors affect fluid management in fruit flies.

Examining how cancer cells spread and change within the body.

UCBMIR offers a new way for pathologists to improve cancer diagnosis accuracy.

Research on cancer mutations reveals key findings for treatment and understanding.

A closer look at CML treatment options and drug resistance issues.

Research focuses on combining therapies to improve outcomes for pancreatic cancer patients.

New research suggests targeting FADS1 may improve treatment for renal cancer patients.

New technique improves detection of cancer cells in blood without blood withdrawal.

Updated model improves breast cancer survival predictions for patients and doctors.

Research reveals how ADD3 influences glioblastoma cell shapes and growth.

Liquid biopsy offers a non-invasive method for monitoring cancer progression and treatment.

CYRI proteins regulate how cells move and connect with their environment.

A novel system for efficient gene interaction screening shows promise in targeted cancer therapies.

A new method improves CRISPR screening accuracy and reliability in gene discovery.

Evaluating the effectiveness of logistic regression in breast cancer detection.

This study examines CPT1A and FOXM1's roles in colorectal cancer treatment resistance.

Examining HNF4α's influence on colorectal cancer development and potential treatment targets.

Examining CREBBP mutations in DLBCL and their impact on treatment.

New methods in machine learning improve understanding of breast cancer survival.

New challenge aims to improve detection and treatment of children's brain tumors.

Research collaboration seeks to enhance brain cancer treatment outcomes in lung cancer patients.