Here are our highlights from February’s PLOS Computational Biology The Molecular Clock of Neutral Evolution Evolution is driven by genetic mutations. While some mutations affect an organism’s ability to survive and reproduce, most are
In this bumper week for PLOS Biology, you can read about bat navigation, transmission of longevity, new neurons for old brains, how yeast anticipate change, a serious downside of illegal drug laws, and how to
In PLOS Biology this week, you can read about the the next 10 years of microbiome research, low-cost antimicrobial screening as an educational tool, and a potential new diabetes drug. Transmission and Control of
In PLOS Biology this week you can read about wolves in Yellowstone National Park, regulation of hair growth, how proteins evolve new RNA-binding functions and the regulation of heat-shock response by histone demethylation. Yellowstone
The second of our Deep Reads blog series follows the PLOS Genetics Deep Reads article, “Strands in the History of Molecular Genetics”, published yesterday. Deep Ancestry: A source of inspiration” was written by Michael Harris, a
In PLOS Biology this week you can read about life without microbes, host-parasite coevolution, the temporal precision of distinguishing odours and how viruses package their genomes. Life in a World without Microbes According to
In PLOS Biology this week, you can read about neural activity in bird song, the utility of mathematical models in evolutionary biology, how diet can shape the genome and the robustness of protein interaction networks.
In PLOS Biology this week, you can read about the sequence of the centipede genome, alternative publication metrics, how we pay attention to our sense of touch, and the information bandwidth of human neurons.
In PLOS Biology this week, you can read about brain folding in mammals, misfolded proteins in human genetic disease, and mechano-transduction. Evolution of the Mammalian Cortex – Folded or Unfolded? The neocortex of the
In PLOS Biology this week, you can read about the evolution of thermostable proteins, the Addgene initiative, microenvironment influence on tumour metastasis and communication between neurons and glia. Adapting to Life at High Temperature