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Additional studies in E. coli[ 39] as well as data from other bacteria [ 40, 41] suggest, however, that the proportion of antisense transcripts is closer to ~10-20 ~10-20e number of genes in a bacterium.
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While the entire NTDs of both proteins are comparable to other VirB9 and VirB9-like proteins from other bacteria (data not shown), the CTD of VirB9b is highly truncated and contains residues only in the first β-strand, B1, of the superimposed NMR structure of E. coli TraO (a VirB9 analog) (Figure 5A).
However, BLAST search revealed that this gene is a truncated copy with most of the 5' region missing, when compared to its homologs from other bacteria (data not shown).
Both these proteins are widely distributed in bacteria and sequence information for only representative species from other bacteria is presented.
Not only do bacteria mutate to become resistant, they can acquire resistance genes from other bacteria.
Bacteria may acquire new DNA from other bacteria in their environment through the process of horizontal gene transfer.
Bacteria can evade destruction through random changes (and there is evidence that even before penicillin was invented some bacteria, through spontaneous mutations, were already resistant to it), or by picking up new genetic material from other bacteria.
Such resistance arises when bacteria acquire genes from other bacteria that have survived exposure to the drugs – including microbes that inhabit the healthy human intestine.
Despite poor sequence homology, the overall SspBα fold resembles orthologs from other bacteria.
This enzyme (NmeIPMS) has been purified, characterised, and compared to α-IPMS proteins from other bacteria.
The specificity is evaluated by distinguishing target L. monocytogenes from other bacteria.
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