Research Articles
The Sweet Spot of Survival: How a Growth Factor Helps Cancer Cells Thrive Under Pressure
Discover how IGF-I stimulates the xC- amino acid transporter to reduce intracellular ROS levels and promote breast cancer cell proliferation.
How Computers Are Revolutionizing Cancer Drug Discovery
Explore how computational approaches are transforming cancer drug discovery through AI, molecular modeling, and advanced simulations.
Building a Better Battlefield: How 3D Micro-Niches Are Revolutionizing Our Fight Against Cancer
Explore how 3D microscale niches are transforming cancer research by providing realistic models of tumor angiogenesis and enabling personalized treatment approaches.
The Drug That Couldn't Last: How Cunning Cancers Reinvent Themselves to Survive
Discover how cancers develop resistance to irreversible EGFR inhibitors through the IGF-1R pathway and the promising combination therapies being developed.
The Sugar Trap: How a Tumor's Hidden Hunger Shapes Its Growth
Scientists use digital avatars of cancer to uncover how glucose scarcity can ironically make tumours more invasive.
Cracking Cancer's Defense Code: How Chemical Biology is Revolutionizing Cancer Therapy
Explore how chemical biology is transforming our understanding of cancer drug resistance and developing innovative strategies to overcome it.
Hacking a Cancer Cell's Shipping Code: The Story of Fucose-Truncated Ipomoeassin F
Discover how scientists are using fucose-truncated Ipomoeassin F analogues to disrupt cancer cell protein transport and develop innovative cancer treatments.
The Cellular Tango: How Scientists Unraveled a Key Cancer Partnership
New research reveals EGFR and HER2 are quantitatively equal partners in driving breast cancer signaling, with implications for combination therapies.
The Immune System Awakens: How Universal Cancer Vaccines Are Revolutionizing Treatment
Breakthroughs in immunotherapy, mRNA technology, and precision targeting are ushering in an era where universal cancer vaccines could render tumors vulnerable to the body's own immune cells.
Unlocking Cancer's Epigenetic Code: How Bromodomain Inhibitors Are Revolutionizing Therapy
Exploring how BET proteins and bromodomain inhibitors are transforming cancer therapy through epigenetic regulation.