Explore the fascinating story of the retracted microRNA-322 study that claimed to link this molecule to Alzheimer's disease pathology through tau phosphorylation and BDNF regulation.
Discover how the enzyme neutral invertase determines tomato sweetness and flavor through biochemical processes and scientific research.
Discover how long non-coding RNAs orchestrate the aging process in sciatic nerves through epigenetic regulation and molecular mechanisms.
Discover how bioinformatics is revolutionizing nerve injury treatment through immunotherapeutic drug discovery for sciatic nerve regeneration.
Discover how autoantibodies are transforming prostate cancer detection with unprecedented accuracy, potentially sparing millions from unnecessary invasive procedures.
Explore how DNase-seq technology maps chromatin accessibility and reveals the regulatory elements controlling gene expression in our cells.
Explore the groundbreaking comparative analysis of 37 Acinetobacter bacteriophages and their potential in fighting antibiotic-resistant superbugs through phage therapy.
Explore how AI and imaging genetics are revolutionizing our understanding of brain disorders by connecting genetic variations to brain structure and function.
Explore how Traditional Chinese Medicine regulates signaling pathways to treat ulcerative colitis, bridging ancient wisdom with modern molecular science.
Exploring variant calling artifacts in high-coverage DNA sequencing and how scientists detect and prevent these false genetic signals.