Research Articles
The Hidden Chemistry of Suffering: How Your Body's Defenses Make Cancer Treatment So Miserable
Explore how cytokine pathways and endocytosis contribute to symptom burden in cancer patients undergoing chemotherapy.
The Diabetes-Cancer Connection: Unraveling the Surprising Link Between Two Major Diseases
Explore the fascinating biological connection between diabetes and cancer, including shared pathways, epidemiological evidence, and future treatment directions.
The Body's Betrayal: How an Immune Soldier Became a Cancer Accomplice
Discover how Tumor Necrosis Factor-alpha (TNF-α), a key immune molecule, directly promotes cancer by acting as a potent endogenous mutagen that corrupts DNA.
The Hidden Genetic Swaps: How Chromosomal Translocations Shape Health and Disease
Explore chromosomal translocations - genetic rearrangements that drive cancer, cause genetic disorders, and their detection methods.
The Adhesion Code: How Integrins Turn Skin Cells into Cancer
Explore how integrins transform from cellular tethers to cancer drivers in melanoma, and discover the revolutionary therapeutic approaches targeting these molecular systems.
The Cell's Double Agent: How a "Bad" Gene Plays a Dangerous Game to Keep Cancer Alive
Discover how the CHD1L gene hijacks cellular mechanisms to protect cancer cells from death, revealing new therapeutic possibilities.
Breaking News in Cancer Research: How a Common Pathway Drives Deadly Nerve Tumors
Discover how Cyclooxygenase-2 (COX-2) drives malignant peripheral nerve sheath tumors and the promising therapeutic potential of COX-2 inhibitors in cancer treatment.
The Cancer Paradox: How a Common Body Protein Fuels Tumors and How Scientists Are Taming It
Discover how oxidized macrophage migration inhibitory factor (oxMIF) promotes tumor growth and the promising therapies targeting this protein isoform.
JAM-ming miR-21: How a Tiny RNA Molecule Fuels Cancer's Spread
Exploring the connection between microRNA-21 and JAM-A protein in colorectal cancer progression and metastasis.
Beyond the Leaky Vessel: The Cellular Subway Revolutionizing Cancer Nanomedicine
Groundbreaking research reveals how nanoparticles are actively transported into tumors by endothelial cells, challenging the long-held EPR effect theory in cancer nanomedicine.