Latest Articles for Cancer Research

Research identifies promising proteins for early pancreatic cancer detection.

Research reveals how nicotine affects intestinal stem cells and contributes to cancer development.

A new sequencing method improves the diagnosis of B-ALL and AML in children.

Lysosomes influence cell health through movement and response to amino acids.

NuLite streamlines cancer diagnosis with fast and efficient image segmentation.

Research reveals potential of CD95L in enhancing cancer cell death.

This study uses mathematical modeling to analyze cell movement through the extracellular matrix.

Examining how cancer cell mutations change over treatment.

An overview of aneuploidy and genetic shifts in colorectal cancer development.

New research highlights how immune cells affect breast cancer patient outcomes.

Combining ctDNA and deep learning improves predictions for colorectal cancer recurrence.

Research reveals how proteins CENP-T and Ndc80 interact during cell division.

New combination therapies show promise in improving cancer treatment outcomes.

New insights into how cell voltage influences division and cancer behavior.

A new tool bridges gene expression and tissue structure for better medical research.

Using electronic health records to predict ovarian cancer risk in women.

EF-24 shows strong potential in reducing leukemia cell survival across various subtypes.

New insights into RO6870810 and its impact on cancer therapies.

New tools improve evaluation of pediatric brain tumors for better treatment outcomes.

SATS offers advanced insights into mutational signatures for better cancer treatment.

Research explores how PRC2 influences cancer cell growth and treatment responses.

Analyzing SAM 2's efficiency in polyp segmentation for colorectal cancer detection.

New methods improve drug response predictions for better cancer treatment options.

A fresh approach reveals how proteins bond in cell membranes.

PAK kinases influence cell movement and growth, impacting cancer development.

Research highlights potential of targeting epigenetic changes in cancer therapies.

New method measures cell stiffness without harming the cells, aiding disease research.

Analyzing the increasing rates and survival challenges of primary liver cancer in the UK.

The SMINT method integrates data to analyze glioma cellular environments.

Research on ccRCC tumoroids provides insights for better cancer therapies.

Explore how TCRs A6 and B7 differ in immune function.

A new model improves accuracy in breast cancer diagnosis using multiple MRI sequences.

New insights into ovarian cancer therapies using NAMPT and PARP inhibitors.

An overview of topoisomerases and their crucial functions in DNA processes.

Snuffy offers a machine learning solution for accurate WSI analysis.

An overview of Wnt signaling and its role in cell regulation.

A method improving predictions in cancer treatment through image analysis.

Study reveals the impact of CHEK2 variants on cancer risk and survival.

Researchers are revealing new targets for drug development through targeted protein degradation techniques.

Research on tumor cell line HG008 aids understanding of pancreatic cancer genetics.