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a granular inner mass called the endoplasm. The endoplasm contains the cell nucleus, which controls the amoeba's life processes. In most species, the endoplasm also contains a water bubble, called the contractile vacuole, that regulates the amoeba's water content. Within the endoplasm there are also bits of food enclosed in food vacuoles.
Endoplasm refers to the inner part of the cellâ??s cytoplasm. This is also less viscous part of the cytoplasm which is distinguishable in certain cells.
Protozoans are in the Kingdom Protista.
Amoeba are protozoans. They eat algae and other protozoans. Protozoans are eaten by zooplankton in the marine environment.
Amoeba are protozoans. They eat algae and other protozoans. Protozoans are eaten by zooplankton in the marine environment.
a granular inner mass called the endoplasm. The endoplasm contains the cell nucleus, which controls the amoeba's life processes. In most species, the endoplasm also contains a water bubble, called the contractile vacuole, that regulates the amoeba's water content. Within the endoplasm there are also bits of food enclosed in food vacuoles.
The rough ER is the site of protein modification and folding of proteins, if they need folding. The smooth ER is the site of lipid and steroid synthesis.
The rough ER is the site of protein modification and folding of proteins, if they need folding. The smooth ER is the site of lipid and steroid synthesis.
Endoplasm refers to the inner part of the cellâ??s cytoplasm. This is also less viscous part of the cytoplasm which is distinguishable in certain cells.
Ectoplasm is a thin, watery cytoplasm near the plasma membrane of some cells and Endoplasm is a dense cytoplasm found in the interior of many cells
It combines with the ectoplasm.....
It combines with the ectoplasm.....
Albert Claude
protozoans are unicellular organisms
No Protozoans do not have skeleton. They are unicellular organisms.
synthesised protein
The endoplasmic reticulum is a network of tubules and flattened sacs that serve a variety of functions in the cell. There are two regions of the ER that differ in both structure and function.