Research Articles
Silicon to Double Helix: How Computers Revolutionized Nucleic Acid Science
Exploring how computers transformed nucleic acid research from sequencing to DNA computing and therapeutic applications
The Invisible Architects of Life: How Nucleic Acids Are Rewriting the Future of Medicine
Exploring how nucleic acids are transforming medicine through breakthroughs in mRNA vaccines, gene editing, and therapeutic applications.
The Invisible Scissors: How Scientists Built a 3D Model of a Bacterial Toxin to Fight Antibiotic Resistance
Scientists create 3D model of HigB bacterial toxin to combat antibiotic resistance by understanding its mRNA cleavage mechanism.
The Gene's Symphony: How Real-Time PCR Decodes the Hidden Language of Cells
Explore how real-time PCR revolutionizes genetic research by enabling live monitoring of gene expression, with applications from medicine to agriculture.
The Viral Spy: How BrdU Illuminates HCMV's Stealthy Invasion of Human Cells
Discover how BrdU tracking reveals HCMV's infection mechanisms in human cells through cutting-edge molecular virology techniques.
The Silent Sentinels: How DNA-Based Sensors Are Revolutionizing Environmental Protection
How DNA-based aptasensors are transforming environmental monitoring with unprecedented speed and precision
The Invisible Architects: How Next-Generation Sequencing Decodes Epigenetic Secrets
Exploring how next-generation sequencing revolutionizes epigenetic research and its applications in medicine.
The Sculptors of RNA: How FTO and ALKBH5 Erase Epigenetic Marks
Structural insights into human m6A RNA demethylases FTO and ALKBH5, their catalytic mechanisms, and clinical implications in cancer and obesity.
The Invisible Architects: How Nucleic Acids Are Rewriting the Future of Medicine
Exploring how nucleic acids have evolved from genetic blueprints to dynamic tools revolutionizing medicine through gene editing, diagnostics, and nanomedicine.
The Hidden Battleground: Decoding Shenzhen's COVID-19 Clinical Landscape
Analysis of SARS-CoV-2 clinical characteristics in Shenzhen, including symptom profiles, high-risk populations, transmission dynamics, and innovative wastewater surveillance.