Pilus Machine - Detailed Analysis
New mechanistic hypotheses for the extension and retraction of the bacterial type IVa What if the most powerful motor in nature wasn't made of steel — but of protein? In this video, we explore the bacterial The process of using electron cryotomography, subtomogram averaging, mutant analysis, and previous knowledge of ... This animation by Matthew McCallum shows the proposed rotary motor model for type IV Bacteria use various mechanisms to interact with their environment and host organisms, including the type 4 secretion system. Type 4 secretion systems (T4SS) are secretion nanomachines operating in bacteria to transport proteins and DNAs. They are ...
Pilus Biogenesis by the Chaperone/Usher Pathway Paula Fogel's Final Project for Cornell's BioG3500 class. An overview of bacterial
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