Research Articles
Unlocking Nature's Pain Mystery: How an Ancient Herb Revolutionizes Neuropathic Pain Treatment
Discover how Yanhusuo, an ancient Chinese herb, is revolutionizing neuropathic pain treatment through modern scientific research including network pharmacology and single-cell RNA sequencing.
The New Science of Ancient Remedies: How Multi-Omics is Unlocking the Secrets of Chinese Herbal Medicine
Explore how multi-omics technologies are revealing the scientific mechanisms behind Traditional Chinese Medicine's effectiveness in treating metabolic diseases.
Astrocyte Heterogeneity After Spinal Cord Injury: Unlocking the Brain's Repair Potential
Discover how single-cell sequencing reveals astrocyte heterogeneity in spinal cord injury and unlocks new therapeutic possibilities for neural repair.
GPCCA: The Data Detective That Solves Missing Pieces in Multi-Modal Research
Discover how Generalized Probabilistic Canonical Correlation Analysis (GPCCA) revolutionizes multi-modal data integration by handling missing values and uncovering hidden patterns across diverse data types.
The Silent Switch: How Epigenetics Awakens a Muscle Gene in Gastrointestinal Cancers
Explore how epigenetic regulation of TNNT1 impacts gastrointestinal cancers, its prognostic implications, and clinical significance in cancer research.
The Fungal Pharmacy: How Mushroom Biopeptides Are Revolutionizing Health and Medicine
Explore the science behind mushroom-derived biopeptides and their potential to transform health, medicine, and nutrition through natural, sustainable solutions.
The Unsung Hero of Healing: How a Common Protein Supercharges Your Body's Repair Crew
Discover how IGFBP3 protein enhances adipose-derived stem cell function in soft tissue injury repair via ITGB1 and ERK pathway activation
Unlocking the Red Bayberry's Secrets: How a Tiny Protein Fortifies a Favorite Fruit
Discover how the MrWRKY14 protein in Chinese bayberry acts as a master switch against cold stress, revealing insights for breeding resilient crops.
The Hidden Switches: How Wheat's Tiny Genetic Controllers Build Stress Resilience
Discover how wheat's miR5200 microRNAs function as genetic regulators that help crops withstand environmental stress conditions like drought, cold, and salinity.
ARHGAP6: The Molecular Switch Revolutionizing Acute Myeloid Leukemia Treatment
Explore how ARHGAP6, a Rho GTPase-activating protein, is transforming our understanding and treatment of acute myeloid leukemia through its dual role in cancer progression.