Latest Articles for Cancer Research

Research reveals how PKA-C functions and impacts disease-related mutations.

Researchers propose new methods to improve DNA methylation analysis in various diseases.

New gene editing methods deepen understanding of SF3B1's impact on cancer.

New methods are improving protein analysis at the single-cell level.

High temperatures during pregnancy may increase the risk of childhood leukemia in vulnerable groups.

Addressing disparities in breast cancer care through genetic screening.

Investigating how SMARCAL1 and FANCM protect against genome instability and their implications for cancer treatment.

Study reveals interactions between cancerous and normal cells in colorectal cancer.

Exploring the latest techniques in single-cell proteomics and their implications for science.

New modeling approach improves prediction of cancer cell behavior and dynamics.

Research highlights MARK2 and MARK3 as crucial targets for cancer treatment.

Recent research uncovers genetic changes affecting pediatric brain tumors and treatment outcomes.

New techniques improve detection and analysis of gene fusions linked to cancer.

Study reveals how VHL affects body size and longevity through collagen changes.

This research focuses on predicting drug synergy using advanced language models in rare tissues.

New methods improve drug response predictions in cancer therapies.

Examining how ORF48 influences KSHV's ability to evade the immune system.

A look into analyzing patient survival data in clinical research.

A new method enhances digital pathology for better cancer detection.

MNK inhibitors show promise in reducing tumor growth by targeting eIF4E.

New sequencing technologies are improving cancer mutation detection.

A quick and efficient approach to detect cancer mutations using EVs.

Research reveals how elephants resist cancer through genetic adaptations.

CEP44 is essential for proper centriole behavior, impacting cancer development.

Exploring new developments in breast cancer imaging using deep learning technologies.

Research sheds light on the behavior of pancreatic cancer stem cells.

Study reveals complex interactions between NK cells and colon cancer progression.

This study offers insights into glioma subtypes and treatment responses.

Reindeer enables accurate quantification of RNA variations in large datasets.

Research highlights the potential of neem-derived carbon quantum dots in medicine.

A new method improves digital pathology without costly annotations.

Research improves cancer detection by combining PET and CT imaging techniques.

Exploring the role of PTEN in GBM therapy advancements.

CHEUI offers a new way to detect RNA modifications, enhancing biological research.

New findings on MAGMAS and BT9 in treating childhood brain cancer.

Research highlights CYB561's impact on neuropeptides and iron in prostate cancer.

Mad2 ensures correct chromosome separation during cell division to prevent genetic issues.

Nonsense-mediated mRNA decay protects cells from faulty proteins and regulates gene expression.

Research suggests antihistamines may lower ovarian cancer risk, especially in younger women.

New drugs aim to combat cancer by targeting specific proteins in cells.