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We began analyzing https://www.microbiologyresearch.org/content/journal/micro/10.1099/mic.0.072884-0, but it redirected us to https://www.microbiologyresearch.org/content/journal/micro/10.1099/mic.0.072884-0. The analysis below is for the second page.

Title[redir]:
Deficiency of BrpB causes major defects in cell division, stress responses and biofilm formation by Streptococcus mutans | Microbiology Society
Description:
Streptococcus mutans, the primary aetiological agent of dental caries, possesses an YjeE-like protein that is encoded by locus SMU.409, herein designated brpB. In this study, a BrpB-deficient mutant, JB409, and a double mutant deficient of BrpB and BrpA (a paralogue of the LytR–CpsA–Psr family of cell wall-associated proteins), JB819, were constructed and characterized using function assays and microscopy analysis. Both JB409 and JB819 displayed extended lag phases and drastically slowed growth rates during growth in brain heart infusion medium as compared to the wild-type, UA159. Relative to UA159, JB409 and JB819 were more than 60- and 10-fold more susceptible to acid killing at pH 2.8, and more than 1 and 2 logs more susceptible to hydrogen peroxide, respectively. Complementation of the deficient mutants with a wild-type copy of the respective gene(s) partly restored the acid and oxidative stress responses to a level similar to the wild-type. As compared to UA159, biofilm formation by JB409 and JB819 was drastically reduced (P<0.001), especially during growth in medium containing sucrose. Under a scanning electron microscope, JB409 had significantly more giant cells with an elongated, rod-like morphology, and JB819 formed marble-like super cells with apparent defects in cell division. As revealed by transmission electron microscopy analysis, BrpB deficiency in both JB409 and JB819 resulted in the development of low electron density patches and formation of a loose nucleoid structure. Taken together, these results suggest that BrpB likely functions together with BrpA in regulating cell envelope biogenesis/homeostasis in Strep. mutans. Further studies are under way to elucidate the mechanism that underlies the BrpA- and BrpB-mediated regulation.

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cookies, access, microbiology, information, open, social, media, content, marketing, discover, free, michael, policy, journal, registered, site, computer, accept, website, analytics, visitors, interact, websites, relevant, privacy, portfolio, resources, research, biofilm, view, info, side, cited, efflux, inclusivity, routes, publishing, titles, institution, signed, society, charity, england, store, essential, improve, experience, providing, insights, cookiesi,

Topics {✒️}

open access publishing open access information inclusivity policy content discover social media cookies bacterial efflux pumps general virology journal social media portfolio microbiology journal cyanobacteria rosmarie rippka alex toftgaard nielsen bjarne kjær ersbøll søren molin role dusko ehrlich metals including regional waivers librarians faqs rights reporting information anonymously access website owners understand marketing cookies analytics cookies microbiology society microbiology volume 160 accept cookies store information authors information michael herdman michael givskov resources providing insights accept cookiesi page navigation secure areas function properly browser preferences track visitors display ads individual user party advertisers major defects cell division stress responses biofilm formation sumei liao1 strain histories pure cultures josette deruelles stanier quantification biofilm structures morten hentzer

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External Links {🔗}(211)

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