Latest Articles for Cancer Research

New methods enhance cell analysis to improve disease treatment outcomes.

Study explores early and late recurrence factors in gastric cancer patients post-surgery.

Innovative methods for analyzing tissue samples improve cancer detection accuracy.

This study reveals TPR's key role in cell aging and immune signaling.

Study reveals how MDR1 gene variants affect P-glycoprotein and cancer treatment outcomes.

Research reveals ARHGAP9 as a promising marker for clear cell renal cell carcinoma.

Study reveals age distribution changes in osteosarcoma cases over time.

M UNet improves early detection of polyps to combat colorectal cancer.

Research reveals how tumors adapt through gene expression changes.

Research uncovers the spleen's potential in drug metabolism and cancer immunotherapy.

Study reveals insights into gene behavior and cancer development using single-cell RNA sequencing.

A framework combines CT scans and clinical data to improve survival predictions for RCC patients.

Research reveals connections between ovarian cancer and other diseases.

New deep learning method shows promise in diagnosing a critical childhood cancer.

A new framework enhances whole slide image analysis for cancer diagnosis.

Study reveals how ECM from cancer cells affects fibroblast transformation.

Researchers use zebrafish to improve understanding and treatment of aggressive brain tumors.

Analyzing how two cell populations interact and affect each other's survival.

Researchers explore how periodic miRNA levels affect gene expression and cellular decisions.

Research reveals MYC's impact on B-cell growth and cancer development.

LUC7 proteins significantly impact gene splicing and energy usage in cells.

Researchers investigate methods to prevent cancer cells from resisting targeted therapies.

New methods improve accuracy in identifying mitotic cells in cancer tissues.

SETDB1's role in histone modification impacts gene control and disease prevention.

A fresh approach to identifying causal links in cancer through gene analysis.

DMseg aids in detecting methylation changes linked to diseases.

Innovative methods improve identification of cancer markers through DNA methylation analysis.

New methods enhance TCR design for effective cancer treatment.

Researchers develop methods to improve drug selection for individual cancer patients.

A new resource enhances studies in childhood cancer through single-cell analysis.

New techniques improve breast cancer image analysis and diagnosis accuracy.

Examining how p53 function impacts cancer development and treatment.

This review highlights the genetic factors linked to bladder cancer.

Study examines genetic and environmental factors influencing gallbladder cancer risk in Chile.

fastBE offers new insights into tumor evolution and genetic diversity.

Evaluating machine learning techniques for classifying breast cancer effectively.

A novel technique estimates cell behavior from single tissue samples.

Research highlights CDK2's impact on immune responses during viral infections.

Study shows heat treatment enhances drug uptake in triple-negative breast cancer.

Research teams enhance colonoscopy techniques through 3D imaging to detect colorectal cancer.