which cell reproduce like the amoeba cell?
114580
Almost all cells reproduce like amoeba. There are very, very few that do not.\n\nSo take your pick. Turkey stomach cells reproduce like amoeba, pine needle cells reproduce like amoeba, human lung cells reproduce like amoeba.
1150910
Cytoplasmic streaming is the flowing of cytoplasm in eukaryotic cells. This occurs in both plant and animal cells. It creates cytoplasmic reorganization during cell reproduction. In unicellular organisms such as amoeba, it provides the mechanism for cell locomotion. It aids in the delivery of nutrients, metabolites, and genetic information to all parts of larger plant cells. It vigorously "stirs" these components about the cytoplasm. As membrane-bound organelles crawl along the inner cell wall they set the cytoplasm into motion. This streaming allows other organelles and nutrients to flow in the stream created. This allows the components of the cell to flow around the cell and balance the amount of nutrients that exist in different parts of the cell providing nutrients and enzymes, as well as a means of motion for unicellular eukaryotes, like amoeba. Actin filaments play a role in streaming.\nCytoplasmic streaming is a process found in many plant cells that moves large quantities of cytoplasm (including organelles) around the cell. This phenomenon is most pronounced in larger, highly vacuolated cells and is generally assumed to allow for efficient mixing and distribution of solutes. Cytoplasmic streaming has been studied extensively in internodal cells of characean algae (Kuroda, 1990; Shimmen and Yokota, 1994). It usually is driven by the acto-myosin system, although instances of microtubule-based organelle movement have been described (e.g. Mizukami and Wada, 1981; Mineyuki and Furuya, 1986). Studies of streaming events in the past have relied on visualization of moving organelles with phase-contrast or Nomarski microscopy. The nature of the organelles was therefore mostly unknown. The participation of Golgi vesicles in cytoplasmic streaming was inferred based only on the effects of inhibitor studies (e.g. Mollenhauer and Morré, 1976).It also has been proposed that entire Golgi stacks might participate in the streaming motion (Staehelin and Moore, 1995). This postulated movement of Golgi stacks has recently been demonstrated in tobacco (Nicotiana clevelandii) leaf epidermal cells by means of green fluorescent protein (GFP) transiently expressed in the Golgi as a fusion with the targeting domain of mammalian sialyltransferase (Boevink et al., 1998). Golgi stack movement may also provide the mechanism responsible for their dispersed distribution throughout the cytoplasm. At the same time, this movement imposes additional constraints on the possible mechanisms for transport to and from the Golgi.
1012471
(A) protozoa\n(B) protozoa are eukaryotes (have membrane bound organelles), bacteria are prokaryotes (no nucleus, organelles, etc)\n(C) there are thousands of protozoans in Kingdom Protista (maybe even millions)\n(D) Protozoans are animal like because they are motile (some have flagella and/or cillia), SOME of them cannot produce their own food (via photosynthesis), so they have to get food from their environment, and some are sexually reproducing organisms.\n(E) via sexual reproduction\n\n(F) next time pay attention in class :)
41904
I know of two kinds of cells that are not regenerated: Brain cells (neurons) and if you are female, eggs cells in the ovary.  The ones you are born with are still with you.
960282
Check for the optimum texture and pH for the grass.\n\n\nFor the amoeba,i guess it is contractile vacuole.
146660
Varied like any one cell organism. Amoeba are in this class. They process varied organic matter so they serve a recycling function. More info at the links given.
467950
The cytoplasm containing the other cell parts.
510271
they reproduce asexually thru budding\nthat is, every daughter cell is an exact replica of the parent cell
62364
Much like the spermatogensis question, this process involves multiple steps.\n\nYou start with 1 oogonium. It can mitotically divide to produce multiple primary oocytes. Taking 1 oocyte, it will undergo meiosis producing a polar bosy and the secondary oocyte. A second meiotic division occurs producing the oocyte and another polar body.\n\nSo, 1 original cell produces 1 oocyte plus 2 polar bodies.\n\nIn some species the polar bodies undergo division as well.
330116
Yes I am. I can get off with meiosis or mitosis. I am a reproductive switch hitter. I am looking for just the right amoeba or perky paramecium.
370531
Amoeba are among the largest single celled organisms, far larger than any bacteria.  Some amoeba are large enough to be seen without needing a microscope!\n\nBacteria are the smallest living things and mycoplasms are the smallest living bacteria (known as nanobacteria).\n\nIf by creatures you mean animals, then the smallest depends a bit on your definition of "small".  The shortest is probably little Trichoplax adhaerens, which looks a bit like a hairy, multi-cellular amoeba.\n\nThe smallest animal in terms of number of cells is probably some kind of Mesozoa, a set of worms famous for being very short and only a few cells across, so much thinner than Tricoplax and less massive.\n\nThe smallest vertebrate is a species of fish that was just discovered recently, though I forget the name of it, sorry.  :-)\n\nIt's recently been discovered that a few single-celled organisms are, in fact, evolved from animals.  If you would count these as animals, they would be the smallest animals, though that would be merely a technicality.\n\nAll of this applies only to adult forms, of course.  We're all very very small to begin with!
392452
eukaryotic, among others.
243597
An ameba. It is a single cell organism according to science book years ago. But I suspect the earlier answer as a virus is also correct.
757352
Certainly not.  There are tons of unicellular organisms like amoeba and other protozoa that are quite nicely alive, but don't have any form of sexual reproduction, so don't come from an egg.
184754
multicellular organisms
89519
1. Monera (1 cell without nucleus): Eubacteria and Archaebacteria.\n\n2. Protista (1 cell with nucleus, several cells aggregated): Protozoans and Algae.\n\n3. Fungi (multicellular): Fungi (haploid + diploid cycles, both about equal)\n\n4. Plantae (multi): diploid life cycle with short haploid, mostly autotrophic.\n\n5. Animalia (multi): diploid life cycle, no cell walls.
797650
2 cell divisions\nMeiosis I and Meiosis II