| Literature DB >> 30798805 |
Christophe Paul1, Sevasti Filippidou1, Isha Jamil1, Wafa Kooli2, Geoffrey L House3, Aislinn Estoppey1, Mathilda Hayoz1, Thomas Junier4, Fabio Palmieri1, Tina Wunderlin1, Anael Lehmann5, Saskia Bindschedler1, Torsten Vennemann5, Patrick S G Chain3, Pilar Junier6.
Abstract
The production of a highly specialized cell structure called a spore is a remarkable example of a survival strategy displayed by bacteria in response to challenging environmental conditions. The detailed analysis and description of the process of sporulation in selected model organisms have generated a solid background to understand the cellular processes leading to the formation of this specialized cell. However, much less is known regarding the ecology of spore-formers. This research gap needs to be filled as the feature of resistance has important implications not only on the survival of spore-formers and their ecology, but also on the use of spores for environmental prospection and biotechnological applications.Keywords: Antibiotic resistance; Asporogenic; Biomineralization; Cysts; Dormancy; Drug delivery; Paleoecology; Plant-growth promotion; Sporobiota
Year: 2018 PMID: 30798805 DOI: 10.1016/bs.aambs.2018.10.002
Source DB: PubMed Journal: Adv Appl Microbiol ISSN: 0065-2164 Impact factor: 5.086