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It's pretty difficult to get useful info about bacteria from this kind of microscope work. Surface associated bacteria will just appear in clumps of biofilm, and be indistinguishable from the rest of the biofilm stricture. Although, if you create a cloudy water bacterial bloom, the millions of zooming microbes are fun to look at.You can clearly identify the dino but not sure what I am looking for in a bacteria?
So, do bacteria move around like Dinos? Protozoa will move, but I thought bacteria only move because of the water molecules that we look at through the microscorpe, hence what Albert Einstein called brownian movement?It's pretty difficult to get useful info about bacteria from this kind of microscope work. Surface associated bacteria will just appear in clumps of biofilm, and be indistinguishable from the rest of the biofilm stricture. Although, if you create a cloudy water bacterial bloom, the millions of zooming microbes are fun to look at.
So, do bacteria move around like Dinos? Protozoa will move, but I thought bacteria only move because of the water molecules that we look at through the microscorpe, hence what Albert Einstein called brownian movement?
Fascinating article from the assistant professor of biochemistry. I never new they had flagella like that of the protozoa Euglena that I studied in 7th grade, or what I see today under light microscopy in my home with Dinoflagellates, the infamous Amphidinium for example to name one.Some bacteria can move:
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