MicroRNAs from plants accumulate in mammalian blood and tissues, where they can regulate gene expression.
Covering the life sciences inside and out
MicroRNAs from plants accumulate in mammalian blood and tissues, where they can regulate gene expression.
Players of an online game that allows users to adjust how proteins are folded have solved a decade-long protein structure mystery.
Nerve signals control T cell responses, helping to explain inflammation and stroke.
Researchers are developing ways to convert mature somatic cells from one cell type to another, avoiding the tumor-causing pluripotent stage associated with stem cells.
Cellular structures known as midbodies, formed during cell division, appear to accumulate in stem cells and cancer cells, hinting at a potential function for these once-disregarded organelles.
An artist suggests that being buried in a suit laden with decomposing fungi may be healthier for the mind and the environment.
Quantum dots, typically used in imaging, also relay temperature changes within a cell.
Philadelphia's Academy of Natural Sciences was crawling with bugs, and The Scientist went down to join in the fun.
Researchers design a synthetic bacterium that kills the infectious microbe Pseudomonas aeruginosa, sacrificing itself in the process.
Caffeinated drinks may help prevent skin cancer by inhibiting a DNA repair pathway, thus killing potentially precancerous cells.