Synthetic biologists design transcriptional circuits that allow single-cell microbes to form networks that spur collective action, even in large communities. The work could lead to engineered microbes that treat conditions in gut microbiomes or communicate with bioelectronics.
Read moreDevelopment of vocal behavior during maturation is typically attributed to the brain. But the body itself is also capable of guiding this development. New experiments with marmoset monkeys show that we should not ignore the body's own amazing capabilities.
Read moreAn international team of scientists has developed a genetic engineering tool that makes producing and analyzing microbial secondary metabolites — the basis for many important agricultural, industrial, and medical products — easier than ever before, and could even lead to breakthroughs in biomanufacturing.
Read moreFood science and human nutrition researchers are interested in the potential of inflammation-fighting compounds found in the silverskin and husk of coffee beans, not only for their benefits in alleviating chronic disease, but also in adding value to would-be 'waste' products from the coffee processing industry.
Read moreRotavirus infection may play a role in the development of type 1 diabetes, according to a new article.
Read moreScientists have developed a new technique to trick bacteria into revealing hundreds of holes in their cell walls, opening the door for drugs that destroy bacteria's cells.
Read moreScientists describes the mechanisms by which longevity is regulated post-transcriptionally, or after a genetic blueprint has been transcribed from an organism's DNA. The identification of these mechanisms will serve as a road map for screening new, more specific drugs to prolong healthy lifespan. The laboratory focuses on research on regeneration and aging.
Read moreMolecular biologists have pinpointed a gene that allows chlamydia to take up DNA from its host environment.
Read moreBiologists have uncovered an important clue in the longtime mystery of how long strands of DNA fold up to squeeze into microscopic cells, with each pair of chromosomes aligned to ensure perfect development.
Read moreHybrid plants, which produced by crossing two different types of parents, often die in conditions in which both parents would survive. Certain hybrid tobacco plants, for example, thrive at 36 degrees Celsius, but die at 28 degrees Celsius, which is the temperature at which both parents would thrive. Researchers have begun to unravel the molecular mechanisms by which hybrid tobacco plant cells meet their demise.
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