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The new strategy described in the Nov 13 issue of the journal Science overcomes several limitations of existing methods for storing memory in bacterial genomes says Lu the paper s senior author.
The genes encoding NDM-1 and other antibiotic resistance factors are carried usually on plasmids circular strands of DNA separate from the bacterial genome making it easier for them to spread through populations.
the researchers had eight full bacterial genomes and 789 draft genomes that were roughly 90 percent complete.
Basically, that inhibits the ability to do good public health analyses of bacterial genomes. The work was published in Nature Biotechnology this week.
a technique known as metagenomic analysis. Banfield team then assembled the millions of DNA pieces into eight complete bacterial genomes from four new and one previously studied phyla,
They then assembled the millions of DNA pieces into eight complete bacterial genomes from four new and one previously studied phyla.
#Bacterial genome scalpel can identify key gene regions Arraybacteria use CRISPR-Cas as a self-cleansing defense mechanism and immune system against unwanted DNA invaders such as viruses,
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