Explore the revolutionary discoveries in cancer genetics, from inherited mutations to cutting-edge treatments and prevention strategies.
Exploring how condensed polyphenols from plants inhibit Protein Kinase CK2, a key driver in cancer progression, through comprehensive in vitro and in vivo studies.
Discover how pharmaceutical salts and N-acyl derivatives are revolutionizing cancer drug development through simple chemical modifications.
Discover how scientists are targeting Treg cell metabolism to break cancer's immune defenses and revolutionize immunotherapy treatments.
Discover how cordycepin from the Cordyceps fungus and synthetic cladribine work synergistically to fight cancer with fewer side effects.
Explore how the intersection of physics and biology is transforming cancer research with innovative approaches to understanding and treating tumors.
Discover how cellular barcoding technology is revealing the hidden patterns of cancer metastasis at the single-cell level.
Discover groundbreaking approaches to combat therapy-resistant gastrointestinal cancer cells through cancer stem cell targeting, reprogramming, and innovative microenvironment strategies.
Explore how Sp1 transcription factor regulates β-1,4-galactosyltransferase V gene in cancer cells and its implications for cancer progression.
Exploring how inherited genetic variants influence cancer susceptibility, tumor biology, and treatment response.