Getting here from there: Mitochondrial genome clarifies North American migration models
Communication channel between cells and machines paves way toward bio-hybrid robots
Forensic speciation: Splicing genetic and phylogenic trees of life
Focusing the phenotype: Controlling genetic expression through external feedback
DNA used to encode a book and other digital information
Friendly Fungi: Elucidating the fungal biosynthesis of stipitatic acid
Something old, something new: Evolution and the structural divergence of duplicate genes
Genes ex silico: Computer-designed virus yields phenotype expression benefits
Scientists looking across human, fly and worm genomes find shared biology
Researchers analyzing human, fly, and worm genomes have found that these species have a number of key genomic processes in common, reflecting their shared ancestry. The findings, appearing Aug. 28, 2014, in ...
Evolutionary history of honeybees revealed by genomics
In a study published in Nature Genetics, researchers from Uppsala University present the first global analysis of genome variation in honeybees. The findings show a surprisingly high level of genetic divers ...
Bioengineers close to brewing opioid painkillers without using opium from poppies
For centuries poppy plants have been grown to provide opium, the compound from which morphine and other important medicines such as oxycodone are derived.
Plants may use newly discovered language to communicate
A Virginia Tech scientist has discovered a potentially new form of plant communication, one that allows them to share an extraordinary amount of genetic information with one another.
Bioengineers create functional 3-D brain-like tissue
Bioengineers have created three-dimensional brain-like tissue that functions like and has structural features similar to tissue in the rat brain and that can be kept alive in the lab for more than two months.
New tools advance bio-logic: Researchers build more sophisticated synthetic gene circuits
(Phys.org) —Researchers at Rice University and the University of Kansas Medical Center are making genetic circuits that can perform more complex tasks by swapping protein building blocks.