*<p>Flagellum production was determined by motility assay. Extent of motility was assessed by examining the radius of opacity as a result of bacterial swimming away from the inoculation point. Permeability was determined by measuring the ELF97 fluorescence at excitation and emission wavelengths of 355 and 535 nm.</p
(A) Model of the flagellar hook-length control mechanism. The yellow star indicates the switch in su...
Swimming speeds and flagellar rotation rates of individual free-swimming Vibrio alginolyticus cells ...
Bacteria sense chemicals, surfaces, and other cells and move toward some and away from others. Study...
ABSTRACT Many bacterial species swim using flagella. The flagellar motor couples ion flow across the...
Many bacterial species swim using flagella. The flagellar motor couples ion flow across the cytoplas...
AbstractMany bacterial species swim using flagella. The flagellar motor couples ion flow across the ...
<p>(A) Wild-type <i>P. aeruginosa</i> strain PA14 and its isogenic derivative δ<i>motAB</i>, δ<i>mot...
Bacterial swimming and chemotaxis serves as a model system for understanding information processing ...
<p>Flagellins were sheared from bacterial surface, analyzed by Western blotting with antibodies to F...
Bacteria are arguably the simplest of known microorganisms, forming a fundamental part of the world ...
This thesis investigates bacterial motility from the mechanism permitting individual selfpropulsion ...
Many bacteria swim in aqueous environments, propelled by rotating their flagella. The shape of the f...
AbstractThe bacterial flagellar motor is a molecular machine that converts an ion flux to the rotati...
Values are given as swim ring diameter in millimeters. Swim rings were measured at 8 hours and 16 ho...
SUMMARY: Bacterial motility was measured by a simple method which consists of counting the number of...
(A) Model of the flagellar hook-length control mechanism. The yellow star indicates the switch in su...
Swimming speeds and flagellar rotation rates of individual free-swimming Vibrio alginolyticus cells ...
Bacteria sense chemicals, surfaces, and other cells and move toward some and away from others. Study...
ABSTRACT Many bacterial species swim using flagella. The flagellar motor couples ion flow across the...
Many bacterial species swim using flagella. The flagellar motor couples ion flow across the cytoplas...
AbstractMany bacterial species swim using flagella. The flagellar motor couples ion flow across the ...
<p>(A) Wild-type <i>P. aeruginosa</i> strain PA14 and its isogenic derivative δ<i>motAB</i>, δ<i>mot...
Bacterial swimming and chemotaxis serves as a model system for understanding information processing ...
<p>Flagellins were sheared from bacterial surface, analyzed by Western blotting with antibodies to F...
Bacteria are arguably the simplest of known microorganisms, forming a fundamental part of the world ...
This thesis investigates bacterial motility from the mechanism permitting individual selfpropulsion ...
Many bacteria swim in aqueous environments, propelled by rotating their flagella. The shape of the f...
AbstractThe bacterial flagellar motor is a molecular machine that converts an ion flux to the rotati...
Values are given as swim ring diameter in millimeters. Swim rings were measured at 8 hours and 16 ho...
SUMMARY: Bacterial motility was measured by a simple method which consists of counting the number of...
(A) Model of the flagellar hook-length control mechanism. The yellow star indicates the switch in su...
Swimming speeds and flagellar rotation rates of individual free-swimming Vibrio alginolyticus cells ...
Bacteria sense chemicals, surfaces, and other cells and move toward some and away from others. Study...