Research Articles
The Cellular Billboard: How Scientists Are Programming Cells to Display Antibodies
Discover how lentivirus display technology is transforming cells into living billboards for antibodies, revolutionizing immunotherapy and disease treatment.
The Magnetic Fishermen: How Tiny Beads Are Revolutionizing Biomedicine
Explore how magnetic separation technology uses microscopic beads to isolate biological targets, transforming disease diagnosis and treatment in biomedicine.
Seeing the Spark of Life: How Light Reveals Metabolism in Aging and Disease
Discover how optical metabolic imaging is revolutionizing our understanding of cellular metabolism in aging and diseases like cancer and Alzheimer's.
Sensing the Tiny Gatekeepers of Life: A CMOS Revolution
How CMOS technology is revolutionizing ion channel research by enabling precise measurement of single protein currents in biological cells.
The Cellular Universe: How Your Cells Organize Their Inner World
Discover how cells maintain sophisticated internal architecture that adapts, remembers, and responds to environmental changes through dynamic genome organization.
Infection on a Chip: How Bioelectronics is Profiling Viral Variants
Discover how bioelectronic infection-on-a-chip technology is revolutionizing viral variant profiling and pandemic preparedness.
Cracking the Crab Code: How Scientists Are Using Genetic Clues to Fight a Devastating Crab Disease
Discover how full-length transcriptome sequencing reveals how Chinese mitten crabs fight microsporidian infections and the implications for aquaculture.
The Root of Power: How Electronic Plants Could Charge Our Future
Discover how biohybrid plants with electronic roots are revolutionizing sustainable energy storage and environmental technology.
Virotheranostics: The Double-Barreled Viral Gun Aimed at Cancer
Explore virotheranostics - an innovative cancer treatment approach using engineered viruses for simultaneous diagnosis and therapy.
Unlocking Cellular Secrets: How Nano-ChIP-seq Revolutionizes the Study of Rare Cells
Explore how nano-ChIP-seq technology enables chromatin profiling from limited cell populations, revolutionizing epigenetic research and rare cell analysis.