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Parts exchange: Tuning the flagellar motor to fit the conditions: MicroCommentary

Abstract:

Many cellular activities are driven by complex protein machines. By measuring the behaviour of fluorescent protein fusions in real time in living cells it has become apparent that many of these complexes are not fixed, but are dynamic. To some extent this might be expected, for example, for cell division complexes, as defining mid-cell is linked to growth and cell cycle, but perhaps comes as more of a surprise with a complex anchored machine like the bacterial flagellar motor. The assumption ...

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Journal:
Molecular Microbiology
Volume:
71
Issue:
4
Pages:
807-810
Publication date:
2009-02-05
DOI:
EISSN:
1365-2958
ISSN:
0950-382X
URN:
uuid:b801be3a-8d80-4dac-93e5-bb9459579546
Source identifiers:
79823
Local pid:
pubs:79823
Language:
English

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