Research Articles
Tiny Traffic Cops in the Cell: How a Mini Molecule Puts the Brakes on Cervical Cancer
Discover how microRNA-455 acts as a molecular brake pedal in cervical cancer cells, inhibiting proliferation and offering new therapeutic possibilities.
Double-Edged Sword: Targeting Survivin to Sensitize Cervical Cancer to TRAIL Therapy
Exploring the promising combination therapy of survivin inhibition and TRAIL for treating cervical cancer, overcoming treatment resistance through strategic molecular targeting.
The Double-Edged Sword: How COVID-19's Spike Protein Affects Cervical Cancer Cells
Exploring the surprising connection between SARS-CoV-2 spike protein and cervical cancer cell growth inhibition through scientific research findings.
Cellular Messengers: How Engineered Stem Cells Might Combat Cervical Cancer
Exploring how circRNA8924-transfected bone marrow mesenchymal stem cells affect cervical cancer cell behavior through innovative cellular engineering approaches.
A Glimpse Into the Future: How a 2009 Symposium Shaped Gynecologic Cancer Care
Explore how the 2009 KGOG and KSGOC symposium revolutionized cervical cancer treatment through international collaboration and groundbreaking clinical trials.
Erianin: Nature's Answer to Cervical Cancer Through the p53 and ERK Pathway
Discover how erianin, a natural compound from Dendrobium orchids, inhibits cervical cancer cells through regulation of p53 and ERK signaling pathways.
Buformin: How a Diabetes Drug Could Revolutionize Cervical Cancer Treatment
Discover how buformin, an old diabetes drug, shows remarkable potential as a radiosensitizer in cervical cancer treatment through AMPK activation and DNA damage repair delay.