Sentence examples for most bacterial systems from inspiring English sources

Most bacterial systems display a simplest organization with a shorter RNA (about 113 nucleotides) and a single protein subunit Ffh, the homologue of SRP54.

As with most bacterial systems, the 16S rRNA gene continues to be the most common method for staphylococcal species identification, although its utility is limited due to high sequence similarity among different staphylococcal species [ 9, 10].

The approximately 10- to 100-fold molar excess of response regulator over kinase in most bacterial two-component systems testifies to this (e.g. (Yoshida et al. 2002; Wayne et al. 2010)).

The expression of most bacterial metal resistance systems is induced [27].

Most bacterial genomes encode different secretion systems (such as toxin-antitoxin systems, pump efflux systems and ABC protein exporters), which provide versatile responses and adaptations to environmental changes.

For enabling a sustainable alternative to petrochemicals as the feedstock for these commercially important chemicals, fermentative production of 3-HP is widely investigated and is centered on bacterial systems in most cases.

While eukaryotes deploy a wide-range of toxins, some of which share homologous domains with the polymorphic toxins and related systems, most of them do not seem to represent direct counterparts of the bacterial systems.

However, most bacterial transport studies fail to adequately represent the complex processes occurring in natural systems.

Interestingly, homologues of most bacterial chemotaxis genes are found in archaeal genomes [ 5, 18], suggesting that archaeal and bacterial chemotaxis systems are evolutionary related.

Production of recombinant proteins in mammalian cell culture, most notably the Chinese hamster ovary [ 30] expression system, addresses many of the problems that plague bacterial systems.

These latter techniques, while most are not providing direct measurements of forces of adhesion, can be used to explain adhesion and interaction forces in bacterial systems.