Latest Articles for Cancer Research

Research sheds light on challenges in early detection of ovarian cancer.

Research identifies key microRNAs that may improve early diagnosis of pancreatic cancer.

New strategies block immune checkpoints to enhance T cell responses in cancer treatment.

Discover how HLA genes shape our immune system and cancer treatments.

A4-Unet model improves brain tumor identification in MRI scans.

Examining how tumor cells choose between migrating and growing.

Research identifies potential markers for better predicting HNSCC treatment responses.

New methods improve accuracy in diagnosing Acute Lymphoblastic Leukemia.

Liquid biopsies improve cancer detection through innovative blood tests.

ΔNp63 plays a crucial role in pancreatic cell identity and cancer dynamics.

Discover how oxidative stress impacts cells and the role of cysteine.

Discover how certain viruses play a role in cancer development.

Exploring how cell shape transformations affect disease and healing processes.

Research reveals ZNRF3 and RNF43's role in cancer through EGFR regulation.

Explore how ConSTRain advances STR analysis in health and agriculture.

Research highlights PRMT1's role in Acute Megakaryoblastic Leukemia.

A new classifier leverages AI to streamline oncology trial analysis.

Discover the role of Notch signaling in liver cancer treatment.

Advancements in deep learning enhance skin cancer detection with remarkable accuracy.

Learn how radon exposure impacts lung cancer risk and the importance of lifetime estimates.

Multi-V-Stain improves cancer tissue imaging using H&E images.

Discover how cells move and interact in complex environments.

Discover how iModMix enhances the integration of multi-omics data for better insights.

A new approach to combine gene models for improved understanding of AML.

Deuterium metabolic imaging offers a new way to analyze energy use in the body.

Discover how our bodies repair DNA and combat aging.

Research shows PA28γ and C1QBP interact, promoting OSCC growth and invasion.

A look at RIM-Deep's impact on imaging biological tissues in 3D.

Study reveals how CTCs shed fragments influencing cancer spread.

A new method transforms our view of tissue behavior.

waveOrder allows scientists to study cells without disturbing them using innovative imaging.

Explore how DNA methylation influences gene activity and cancer progression.

New MRI method improves breast density assessment and cancer risk evaluation.

Exploring the dual roles of GH and PRL in cancer dynamics.

Research reveals how internal clocks in cancer differ from healthy cells.

SEW framework revolutionizes pathology image analysis for better cancer treatment.

KAMP offers new insights into cell clustering for improved cancer research.

Researchers develop mini-TCR mimics to enhance cancer treatment effectiveness.

A closer look at how cancer spreads and adapts in new environments.

Discover how ASAP1 and its PH domain drive cellular functions and impact disease.