Paramecium bursaria
Photo credit: Picturepest on Flickr

seen from United States
seen from China

seen from Chile
seen from Türkiye
seen from Malaysia

seen from United States
seen from China

seen from Chile

seen from Malaysia

seen from Lithuania

seen from United States
seen from Lithuania
seen from China

seen from Malaysia
seen from China

seen from Germany

seen from Chile

seen from Türkiye

seen from Chile

seen from Malaysia
Paramecium bursaria
Photo credit: Picturepest on Flickr

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It was the time to design an Amoeba~
Quite a strange threat for the squiggles
The Journal of microscopy and natural science. 1890.
"The organism named Acineta mystacina, by Ehrenberg, was said by Mr. Gosse to be merely one of the developmental stages of a larger Vorticellid."
Internet Archive
the slime mold collection
IDs are to my best knowledge:
Lamproderma, Stemonitis, Badhamia polycephala, Tremella mesenterica, Hemitrichia calyculata, Hyphodontia, Lycogalis (x2), Calocera cornea, Cladonia
Wolf's Milk Lycogala epidendrum

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Check out items on sale by @bogleech on Depop
Also on my depop:
Original protozoa figure sets in slime, currently 7 different microbes per set including two different amoeba, two different paramecia, a euglena, a dinoflagellate and a swan's tear.
Hand sculpted in clay, then cast in soft flexible glow resin with colored beads and sometimes "red dyed" nuclei.
Choking hazard, do not feed to babies
Phacus, photographed 3/26/26 at 1000x total magnification. Another euglenoid that is immediately recognizable. Though the genus is very large, that leaf shape is a dead give away. I think I've only ever mixed them up with Monomorphina, and that's only because those guys are so small and never stop moving around. But really, once you get a good look at them, the difference is clear. Always nice when a euglenoid makes ID easy on me. Not all of them are like that...
Volvox. This structure is made up of many small protozoa forming a spherical colony. It's good to be spherical for structural reasons when it comes to the ocean. They live simple lives, photosynthesizing and sticking together with their flagella. When it's time for reproduction, a few will move to the centre to form daughter colonies (the small balls seen inside the structure). As these daughter colonies grow larger, they will eventually be spat out to become a separate colony. These creatures are incredibly important, as they shows a possible stepping stone into the metozoan body plan (i.e. the body plan of every other animal). It's not only an example of colonial living among unicellular organisms but perhaps an early precursor to cell differentiation, with some cells focusing on asexual reproduction while others remain in place.
07/03/26 ~ prints