One of the best-known examples is the giant amoeba, Amoeba proteus. ALTHOUGH the body-form of Amoeba proteus shows so much diversity in any healthy culture, the differences that may be observed conform to certain types. The requirement is the availability of water.

Distinguishing feature: 500-1000 mm in size, almost visible to the naked eye Due to its large size and typical structure, Amobae proteus is widely used in science classrooms and laboratories.

Amoeba proteus. Amoeba Under The Microscope Fixing, Staining Techniques and Structure. Amoeba proteus. They are used to observe the parts of the cell, pseudopods and cell division. Generally, the term is used to describe single celled organisms that move in a primitive crawling manner (by using temporary "false feet" known as pseudopods). By C. W. Parsons, B.A., Department of Zoology Universit, y of Glasgow. Some references though consider amoeba as any type of cell with the ability to alter cell shape and form pseudopods that can be extended and retracted. Amoeba proteus - named after Proteus, a Greek god who could shape-shift and change the nature of the seas, Chaos species - giant amoebas that range from 1-5mm but are not dangerous to humans,

These organisms were initially classified under the subphylum Sarcodina.
If these are assembled, they fall into groups which may be supposed to

The shape of Amoeba proteus constantly changes as it puts out false feet (pseudopodia) from any part of its body. Amoeba (plural amoebas/amoebae) is a genus that belongs to Kingdom protozoa. Amoeba, also spelled as Ameba, is a genus that belongs to protozoa, which are unicellular eukaryotes (organisms with membrane-bound cell organelles). After a while an amoeba in a stationary or floating form starts to move and during this continuous directional locomotion it maintains this shape until it stops or changes direction.During this movement the shape usually undergoes some minor changes, but this stable locomotive form of an actively, continuously moving amoeba is very characteristic and can be used as a taxonomical instrument.
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Amoeba proteus moves over various substrates such as surface films, moist surface soils, and bottom debris. An Amoeba proteus, left, with a Paramecium bursaria.

Amoeboid cells are generally found within animal species, some forms of algae and even in fungi.

The pseudopodia also engulf particles of food (phagocytosis). The scientific name of amoeba is “Amoeba proteus”, also termed as the genus name. Amoeba can change shape and move around by extending their pseudopodia, or 'false feet.' The ability to change its body shape as required is the key feature to amoebae (plural). There are many species, of which the most extensively studied is Amoeba proteus. The name Amoeba is derived from the Greek word amoibe, which means change.