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SUMMARY:The architecture\, assembly\, and evolution of a complex flagellar
  motor
DTSTART;TZID=Europe/London:20260710T110000
DTEND;TZID=Europe/London:20260710T120000
DTSTAMP:20260626T210104Z
UID:95e9b12c-ec33-f111-88b5-7c1e52046306
CREATED:20260409T081452Z
DESCRIPTION:Bacterial flagella drive motility in many species\, likely inc
 luding the last bacterial common ancestor. Knowledge of flagellar assembly
  and function has mainly come from studies of Escherichia coli and Salmone
 lla enterica\, which have simple flagellar motors. However\, most flagella
 ted bacteria possess complex motors with unique\, species-specific adaptat
 ions whose mechanisms and evolution remain largely unexplored. Here\, we d
 eploy a multidisciplinary approach to build a near-complete model of the f
 lagellar motor in Campylobacter jejuni\, revealing its remarkable complexi
 ty in architecture and composition.    Nature Microbiology (2026) 11: 770-
 785.
LAST-MODIFIED:20260619T133328Z
LOCATION:Dorothy Crowfoot Hodgkin Building - Seminar Room 2 (Room 20-138)\
 , Seminar Room 2 (Room 20-138) Dorothy Crowfoot Hodgkin Building off South
  Parks Road Oxford Oxfordshire OX1 3QU United Kingdom
SPEAKER:Dr Beile Gao (South China Sea Institute of Oceanology\, Chinese Ac
 ademy of Science Guangzhou\, China)
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