The researchers identified genes
for flagella and for chemotaxis, the process of moving purposefully toward a chemical.
If the protein is forced in its «narrower» geometrical structure, it is impossible
for the flagella to grow outside the bacterium's body, as the channels that would allow the flagella in exit the bacterium's body do not form.
Not exact matches
, the irreducible complexity problem explained so clearly by md2205 (research the parts of the
flagellum bacterium — amazing), probability of something happening —
for the many years evolution has been studied and not a single example of a transitional fossil (please research before replying — there have been MANY confirmed fakes) or an evolutionary event in progress.
For he spoke long before William Dembski began stringing out his texts with all those ones and zeros, and long before Michael Behe began instructing the lay public in the intricacies of bacterial
flagella.
This argument claims,
for example, that the bacterial
flagellum can not evolve from lower parts.
For example in the case of the bacterial
flagellum, removal of a part may prevent it from acting as a rotary motor.
But they argue that certain features of living things — the eye,
for instance, or the bacterial
flagellum — are irreducibly complex and could not have developed gradually by trial and error.
Microtubules even come into play on the outside of cells, forming into cilia and
flagella that allow
for cell movement.
Some proteins are responsible
for the rotation of the
flagella, some proteins are responsible
for the growth of the
flagella, and some proteins are responsible
for allowing the
flagella to pass through the membranes of the bacterium and thus be outside the bacterium's body.
The bio-bots are modeled after single - celled creatures with long tails called
flagella —
for example, sperm.
Dinoflagellates like Peridinium furca are best known
for two transparent whiplike
flagella — one that encircles the body, the other arising from between the two points.
But changing lifestyles is as easy as cashing in DNA
for a new mouth — or if you prefer, multiple mouths — along with extra
flagella, defensive spikes, poison - spewing vesicles, and other organismic add - ons.
The principle is known from nature: Bacteria,
for example, propel themselves forward using a
flagellum.
In a unique — and
for some amphibians deadly — adaptation, they release so - called zoospores that can swim a few centimeters by whipping a
flagellum.
Found in termite hindguts, this tiny creature with more than 20
flagella is named
for H.P. Lovecraft's tentacle - headed demon Cthulhu.
Known as Chlamy to researchers, this alga's combination of traits — it has a cell wall and chloroplasts, but also an eyespot and pair of
flagella, and switches between sunlight and carbon
for food — has made it a popular study subject
for decades.
Chapman: Yeah, and that's a good piece of work and what it did
for me — to go on to continue that thought about the way in which it was an education — is what I saw was that it was possible
for a complicated scientific subject to be discussed in front of a lay audience, not be patronizing to the lay audience, get across a lot of information and excite people because the local people were meeting outside the court and they were saying, «Well did you hear the things about the bacterial
flagellum?»