Research Articles
Cracking Gastric Cancer's Code: A Molecular Crystal Ball in the DNA
Discover how DNA methylation of the RNF180 gene serves as a prognostic biomarker for gastric cancer survival using direct bisulfite genomic sequencing.
Cereblon: From Thalidomide Tragedy to Revolutionary Regenerative Medicine
Explore how cereblon-based compounds are revolutionizing neural stem cell control and regenerative medicine approaches for neurological disorders.
The UFM1 Enigma: Shedding Light on One of Biology's Most Mysterious Molecular Regulators
Explore the fascinating world of UFM1, one of biology's most mysterious molecular regulators, and discover its crucial role in cellular health and disease prevention.
Catching Protein Destroyers: How Scientists Used Molecular Matchmakers to Confirm a Cancer Target
Explore how PROTAC technology revolutionizes protein degradation and how scientists confirmed pirin binding in cancer cells using innovative molecular approaches.
SUMO Proteases: The Molecular Editors That Help Plants Manage Stress and Reproduction
Discover how SUMO proteases act as molecular editors in plants, regulating stress responses and reproduction through deSUMOylation.
The Unlikely Villain: How a Single Genetic Typo Unlocked a Rare Lung Cancer
Discover how a single detrimental mutation in the USP40 gene drives tumorigenesis in rare lung cancer cases through groundbreaking research.
The Healing Spark: How a Plant Molecule Could Revolutionize Diabetic Wound Care
Discover how Astragaloside IV, a compound from Astragalus root, activates the SUMOylation pathway to promote angiogenesis and healing in diabetic wounds.
Cellular Burglary: Catching a Poxvirus in the Act
Explore how electron microscopy reveals the intricate process of poxvirus host cell entry, from direct fusion to endocytosis pathways.
The Botanical Detectives: Finding the Perfect Genetic Spies in Elusive Medicinal Herbs
Discover how scientists identified optimal reference genes for gene expression studies in rare medicinal plants Rehmannia chingii and R. henryi.
Molecular Matchmakers: How Scientists Engineered a Key to Unlock a Cellular Mystery
Discover how scientists created a stable chemical SUMO1–Ubc9 conjugate to reveal the molecular mechanism of cellular protein tagging.