bacterial colony

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We have tried to elucidate the mechanisms of growth and morphological change of bacterial colonies from this viewpoint.
Bacterial colonies grew quasi-two-dimensionally on the agar plate surface.
Therefore, in this article we will rely on the reader's geometrical perception in comparing the geometrical patterns generated by the bacterial colonies.
Structures we have seen show similarity with different natural aggregates, for example marine snow, effluent treatment flocs and bacterial colonies.
Often, however, the fluorescence associated with bacterial colonies generated using visible radiation can be problematic.
In some cases <10 bacterial colonies were recovered representing levels below the detection limit of the dilution plating method used.
No bacterial colonies were recovered from the majority of the layers plated on a variety of culture media.
However, it is known that bacterial colonies are often more resistant than the individual cells, thereby blurring the borderline between resistance and sensitivity.
So far there have been several phenomenological models proposed to qualitatively explain or reproduce the patterns observed in bacterial colonies.
The culturable bacterial colonies were counted as described above.
We have described a few models put forward to explain the morphological diversity of bacterial colonies.
Neither bacterial colonies nor non-colony forming bacteria were isolated from the membranes using the media and protocols employed.
The plates were incubated for 7 days and, at intervals, checked for the appearance of surface bacterial colonies.
Bacterial colonies grow on the infected fish's spleen and kidney, eventually leading to mortality.
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