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In PNAS this week: genomic features of certain enterohemorrhagic Escherichia coli strains, gene drive to modify malaria mosquitoes, and more.
In Nucleic Acids Research this week: statistical tool to track temporal gene expression, effects of transcription factor variants on bacterial regulatory gene networks, and more.
In the PLOS journals this week: a tsetse fly population genetics study, an analysis of E. Coli isolates from infected individuals in India, and more.
With genome sequencing, investigators tracked down a sole stool donor carrying the same multi-drug resistant form of Escherichia coli found in two FMT recipients with bacteremia.
Canadian food inspectors are relying on whole-genome sequencing to track foodborne pathogens, the CBC reports.
In Genome Research this week: PeCanPIE platform for finding, annotating, and ranking pathogenic variants; commensal Escherichia coli analysis; and more.
In PNAS this week: mathematical model of metastatic seeding, mitochondrial mutation effects, and more.
NPR reports on efforts to engineer bacteriophages to destroy antibiotic-resistance bacteria.
Based on sequences for hundreds of E. coli ST131 lineage isolates, researchers propose a model that involves negative frequency-dependent selection on accessory parts of the genome.
In PLOS this week: antibiotic resistance patterns in Escherichia coli, a dozen genetic loci tied to varicose vein risk, and more.
Two COVID-19 vaccine developers have released their trial protocols to build public trust, the New York Times reports.
A new analysis finds the rapid COVID-19 test from DnaNudge to be highly accurate, Reuters reports.
In Science this week: global citizens' assembly on genome-editing technologies proposed, epigenetic markers predict metformin response, and more.
According to the Verge, many US states are not including positive results from rapid COVID-19 testing in their case numbers.