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The biochemical properties that make this bacterium adequate for hosting biotransformations involving redox reactions as well as toxic compounds and intermediates are discussed.
The absence of genes encoding a complete restriction-modification (RM) system in the 'Ca .L. solanacearum' genome may make this bacterium highly susceptible to the effects of phage infection and integration.
These qualities along with advanced knowledge about the E. coli genome and regulation make this bacterium a prime candidate for further development.
Both the potential probiotic effects of L. plantarum and the high survival rate during the passage of the GI-tract make this bacterium a promising candidate as a vehicle for in situ delivery of therapeutically interesting proteins [ 10].
The distinctive wealth of this class of secreted protein in H. mustelae, the evidence for their production (see below) and the likelihood of their involvement in host interaction, make this bacterium a potentially productive model for exploring autotransporter evolution and biological function.
Similar(54)
The native biochemistry is naturally geared to generate reductive currency [i.e., NAD(P H] that makes this bacterium a phenomenal host for redox-intensive reactions.
The maintenance of high diversification makes this bacterium to cope with particular challenges in individual hosts [11].
Mycobacterium tuberculosis complex (MTBC), the causative agent of tuberculosis (TB), is characterized by low sequence diversity making this bacterium one of the classical examples of a genetically monomorphic pathogen.
In Burkholderia cenocepacia as little as 500 generations made this bacterium unable to kill the nematode Caenorhabditis elegans [ 16].
Therefore, B. subtilis has attracted substantial research interest during the past decades that has made this bacterium the best-studied in addition to E. coli (14).
However, M. bovis can also be responsible for the disease in humans, which makes this bacterium an important zoonotic species [ 1].
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