Journal of Bacteriology · 2019 · 20 citations · 60 references
Life SciencesBiochemistryMicrobiologyBacteriologyMicrobial EcologyMicrobial PhysiologyBacterial SporesMembrane ProteomicsMembrane TransportMicrobial ProteomicsSpore BiologyTransport Across Biological MembranesBacillus SporesBacillus SubtilisDecontaminationIon TransportIon Transport MembranesSpore Germination PhysiologySpore StabilityTransporters
Bacterial endospores can remain dormant and highly resistant to environmental insults for long periods but can also rapidly germinate in response to a nutrient-rich environment. The persistence and subsequent germination of spores contribute to their colonization of new environments and to the spread of certain diseases. Proteins of Bacillus subtilis and Bacillus anthracis were identified that are associated with the spore membrane, a position that can allow them to contribute to germination. A set of identified proteins that are predicted to carry out ion transport were examined for their contributions to spore formation, stability, and germination. Greater knowledge of spore formation and germination can contribute to the development of better decontamination strategies.
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Basic local alignment search tool
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Construction and Analysis of Two Genome-Scale Deletion Libraries for Bacillus subtilis
Byoung‐Mo Koo, George Kritikos, Jeremiah D. Farelli et al. · Cell Systems · 2017 · 682 citations · Full text