Many bacteria swim
using flagella — long tails that are attached to tiny motors made of proteins, just tens of nanometres wide.
The principle is known from nature: Bacteria, for example, propel themselves forward
using a flagellum.
Not exact matches
Bacteria
use molecular motors just tens of nanometres wide to spin a tail (or «
flagellum») that pushes them through their habitat.
However, in the current study, when the investigators
used mutant bacteria that could not make functional pili and
flagella, the bacteria could still infect the mice.
Bacteria
use tails —
flagella — which are a lot different from propellers.
Nearly half of the samples contained cells with
flagella, tail - like projections that sperm
use to swim.
The researchers were testing whether an injection of flagellin, a protein that's part of the tails (or
flagella) some bacteria
use to propel themselves, activates the body's antibacterial defenses.
This rules out reciprocal motion — such as the way a fish
uses their fins — so the microswimmers must rely on nonreciprocal motion similar to that of bacterial
flagella, in which rotational motion is converted to translational motion.
Algae in this genus have a cell wall, a chloroplast, an «eye» that perceives light, and two anterior
flagella with which they can swim
using a breast - stroke type motion.
They successfully destroyed the microorganisms»
flagella, a whip - like coil which microorganisms
use to move through liquid, and the mobility of the strains was slashed accordingly.
It is a flagellated protozoan, a single - celled organism that is able to propel itself by the
use of whip - like appendages called
flagella.