In PNAS this week: cytotoxic CD4 T cell signature in supercentenarians, evolutionary history of beetles, and more.
During the Black Death, Yersinia pestis isolates had low genetic diversity, but they diversified in multiple clades as the pandemic raged on.
Researchers turn to protein analysis to examine an ancient rhino sample, Smithsonian.com reports.
Researchers identified Streptococcus pyogenes isolates from a lineage dubbed M1UK that are predicted to produce higher-than-usual levels of a scarlet fever-associated toxin.
Researchers used exome sequences on almost 550 canine transmissible venereal tumors to estimate their origin, global spread, and evolution.
In PLOS this week: alternatively spliced form of FBXO38 contributes to chronic obstructive pulmonary disease, evolution of the avian influenza virus H9N2, and more.
Despite the diversity detected in Group A Streptococcus strains from more than 20 countries, investigators narrowed in on broadly shared sequences with relatively low variation.
In PNAS this week: tool to predict pathogenic gene pairs, analysis of bat evolution, and more.
Researchers identified 34 known and 30 new Leptospira species by sequencing dozens of isolates from soil and water samples in Asia, Africa, Europe, and Oceania.
In PLOS this week: profile of a yeast mycoparasite, biology of complex diseases, and more.
GenomeWeb reports that Veritas Genetics is suspending its US operations.
A Brazilian-led team of researchers reports it has generated a sugarcane genome assembly that encompasses more than 99 percent of its genome.
Certain plasma proteins could be used to gauge a person's age and whether they are aging well, according to HealthDay News.
In Science this week: approach to measure microRNA targeting efficiency, strategy to conduct high-throughput chemical screens at single-cell resolution, and more.