Latest Articles for Cancer Research

Combining histology and molecular markers for better glioma diagnoses.

Examining how Imatinib selectively targets the Abl kinase over Src.

Research highlights the role of epigenetics in cancer progression and treatment.

A study on organizing treatment data for brain cancer patients using trained non-clinicians.

Research reveals the role of copper-related genes in clear cell renal cell carcinoma.

Analyzing gene patterns to improve prostate cancer treatment approaches.

A new AI method promises faster, more accurate breast cancer gene expression assessment.

High-throughput techniques enhance understanding of gene expression and chromatin organization.

A look into the causes and treatments for pain caused by cancer spreading to bones.

Research links imaging and genetics to better predict prostate cancer recurrence.

A new model enhances study of high-grade serous ovarian carcinoma and its treatments.

Researchers develop software to tackle drug resistance in cancer treatments.

A fresh approach uses targeted protein degradation to develop effective cancer treatments.

LineageVAE offers new insights into cell state transitions and gene expression dynamics.

New methods enhance the identification of mutations in genetic studies.

New method enhances accuracy in predicting cancer deaths across regions.

Exploring how machine learning predicts breast cancer survival rates effectively.

Investigating how CHRDL2 influences cancer growth and treatment resistance in colorectal cancer.

Reviewing AI's role in improving ovarian cancer histopathology and diagnosis.

New study reveals insights into breast cancer drug sensitivity and treatment selection.

Investigating the impact of data transformations on tumor-related microbiome findings.

This study reveals how macrophages adjust their eating strategies based on target stiffness.

Investigating a new screening method for prostate cancer to reduce deaths.

Researchers are using mutation models to illuminate cancer growth and treatment strategies.

Study examines how radiation affects survival in lung cancer patients with brain issues.

A new method combines clinical texts and imaging for lung nodule evaluation.

Research shows increasing Fas can enhance cancer cell death.

A new model improves cancer subtype classification through data and medical knowledge.

Researchers are uncovering new treatment approaches for Dedifferentiated Liposarcoma.

New insights into how cancer cells adapt to treatments.

High AURKA levels may signal cancer's severity and treatment response.

Research on TNBC reveals adaptive mechanisms in response to glutamine loss.

MESAHA-Net enhances lung nodule segmentation for better cancer diagnosis.

A new algorithm enhances the identification of copy number variations in cancer research.

Research uncovers potential biomarkers for treatment response in rectal cancer patients.

CCLONE analyzes scRNA-seq data to identify cancer cells more effectively.

This article discusses how CD8+ T cells can affect cancer therapies.

Researchers develop DeformableFormer to enhance pancreatic tissue sample assessment.

CENP-A placement is vital for accurate cell division and genetic inheritance.

Investigating glioblastoma treatment hurdles and the role of glioma stem-like cells.