Amoeba reproduces by binary fission which is a method of cell division. First, the cell chromosomes replicate. Next, the cell becomes longer and starts to break off at the centre. The cell wall fills in as it starts to break off. After the division is complete, there are two identical cells.
Ciliates have hair-like structures called cilia for movement, while amoeboids use pseudopods (temporary extensions of their cell membrane) for locomotion. Ciliates have a more complex cellular structure with a well-defined nucleus and other organelles, while amoeboids have a simpler structure with no distinct organelles. Ciliates reproduce sexually through conjugation, while amoeboids reproduce asexually through binary fission.
Ciliates have hair-like structures called cilia that they use for movement and feeding, while amoeboids move and feed by forming pseudopods, extensions of their cell membrane. Ciliates typically have a more complex internal structure, including a defined nucleus and specialized organelles, compared to the simpler structure of amoeboids.
From Wikipedia, the free encyclopediaForaminiferan(Ammonia tepida)Amoeboids are single-celled life-forms characterized by an irregular shape.[1]"Amoeboid" and "amœba" are often used interchangeably even by biologists,[2] and especially refer to a creature moving by using pseudopodia. Most references to "amoebas" or "amoebae" are to amoeboids in general rather than to the specific genus Amoeba. The genus Amoeba and amoeboids in general both derive their names from the ancient Greek word for change
Plants belonging to bryophytes and Pteridophytes etc. reproduce with spores and thoseof gymnosperms and angiosperms reproduce with seeds.
Shorea trees reproduce by producing flowers, which are pollinated by insects. Once pollinated, the flowers develop into fruits containing seeds. These seeds are then dispersed either by wind or animals, allowing the shorea tree to reproduce and propagate.
Ciliates have hair-like structures called cilia for movement, while amoeboids use pseudopods (temporary extensions of their cell membrane) for locomotion. Ciliates have a more complex cellular structure with a well-defined nucleus and other organelles, while amoeboids have a simpler structure with no distinct organelles. Ciliates reproduce sexually through conjugation, while amoeboids reproduce asexually through binary fission.
Amoeboids are characterized by their ability to change shape through the extension and retraction of pseudopodia, which they use for movement and feeding. They are unicellular organisms found in various environments, including freshwater, soil, and as parasites. Their flexible cell membrane allows them to engulf food particles through a process called phagocytosis. Additionally, amoeboids can reproduce asexually through binary fission.
Amoeboids will eat pretty much anything smaller than themselves, inlcuding bacteria, diatoms, and cilliates.
Amoeboids
Pseudopodia.
No If this is for school don't use this answer it may be wrong.
Ciliates have hair-like structures called cilia that they use for movement and feeding, while amoeboids move and feed by forming pseudopods, extensions of their cell membrane. Ciliates typically have a more complex internal structure, including a defined nucleus and specialized organelles, compared to the simpler structure of amoeboids.
Amoeboids, Sporozoans, and Flagellates
Any organism that moves by means of pseudopodia (false feet) is called an amoeboid. Amoeboids are a branch of protozoans, but there are porotzoans that are not amoeboids. The answer to your question is that some protozoa (amoeboids) have pseudopodia (false feet), but the rest do not.
Amoeboids have pseudopods. They use pseudopodia to move around and feed. The pseudopods are part of the cell wall, filled with cytoplasm. They change their form in order to move.
Certain amoeboids have exoskeletons primarily for protection and structural support. The exoskeleton helps maintain their shape in varying environments and can provide defense against predation and environmental stressors. Additionally, it may aid in locomotion and nutrient absorption by facilitating interactions with their surroundings. Overall, the exoskeleton enhances their survival and adaptability in diverse habitats.
From Wikipedia, the free encyclopediaForaminiferan(Ammonia tepida)Amoeboids are single-celled life-forms characterized by an irregular shape.[1]"Amoeboid" and "amœba" are often used interchangeably even by biologists,[2] and especially refer to a creature moving by using pseudopodia. Most references to "amoebas" or "amoebae" are to amoeboids in general rather than to the specific genus Amoeba. The genus Amoeba and amoeboids in general both derive their names from the ancient Greek word for change