These are sulfur bacteria Beggiatoa magnified 1000x, and I think they are my favorite bacteria! These filaments are able to move really fast, it's a real-time video! . The black dots you see inside the filaments are sulfur inclusions, which Beggiatoa stored by oxidizing hydrogen sulfide to sulfur! . These filaments move on the sediment layer and form white patches that you can see with the naked eye! That's actually how I collect these! Isn't it wonderful! . Thanks for reading, I appreciate you

These are Synura colonies 1000 times magnified! They are the most beautiful blondes of the pond, but they stink. They literally smell so badly because they release some substances into the water that cause the smell! . I collected a big bottle of water from a pond an hour ago and turned out that Synura is blooming. There are so many Synura colonies that the water looks brownish. . Each synura colony has numerous cells and these cells are attached. And each cell has two whip-like structures calle

Yesterday, when I was looking at my slide through my microscope, I saw that my slide was actually looking at me back! It looks like a scene from a sci-fi movie. 😂 . This is a compound eye of a tiny freshwater crustacean magnified 630 times. Can you see the muscles controlling the eye? It's just fascinating! . It has only one, giant, eye. The tiny cake slices kinda looking things inside the eye is called ommatidia and they are visual subunits of the compound eye where the light information from