How animal and plant cell are different?.?
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Both are eukaryotic (containing a "true nucleus").  \n\nAnimal Cells lack a cell wall and adjacent cells are connected by junctions (adhesive, gap or tight).  Animal cells contain centrioles (help create microtubules used in mitosis and meiosis) and lysosomes (organelles used to digest wastes and old organelles). During telophase and cytokinesis the cells separate via a cleavage furrow.\n\nPlant Cells contain a cell wall (think of the cell wall as the "skeleton" composed mainly of cellulose) and rely on turgor pressure to keep them upright.  Adjacent cells are connected by channels called plasmodesmata.  You will not find centrioles or lysosomes in a plant cell, but you will find a really cool organelle called a large centrol vacuole.  This organelle is where the water is stored in a cell and it helps maintain the turgor pressure described above.  It also acts as a lysosome, storing chemicals and waste products.  The Central vacuole can also store the pigments you see in flowers as well as poisons used to deter predators.  And of course, in a plant cell you will find the plasts as mentioned by someone earlier.. including the famous chloroplasts (the site for photosynthesis) as well as the chromoplasts (contain pigments) and amyloplasts (specialized for starch storage). During telophase and cytokinesis, the cells are separated by a structure called a cell plate.   \n\nUmmm, that's all I can come up with right now!
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Eukaryotic cells have a definite nucleus, membrane bound organelles, usually larger in size (when compared to a prokaryotic cell), and certain eukaryotes are multicellular.\n\nProkaryotic cells do not have a definite nucleus, do not have membrane bound organelles, are much smaller in size (when compared to a eukaryotic cell), and are single celled.
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Here's what they have in common:\n1. Cell membrane is present.\n2. Vacuoles are present.\n3. Both are living cells.\n4. Mitochondria is present.\n5. Both are eukaryotic cells. \n6. Nucleus, nuclear membrane and chromatin fibers are present.\n7. Both can reproduce through mitosis. (Advanced animal cells reproduce through meiosis)\n\nPS : Don't take note of those who talk of the absence of mitochondria in plants. It's present. Only chloroplast is absent in animal cell.
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1. Eukaryotes can be multicellular or unicellular.  Prokaryotes (bacteria) are single celled organisms.\n2. Mitochondria and golgi apparatus can be found in skin cells.
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Plant and animal cells are alike in that they both have cell(plasma) membranes, nuclei, and vacuoles. Plant cells are different in that they also contain chloroplasts and cell walls. The vacuoles in plant cells tend to be bigger than in animal cells.
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animal cells don't have a cell wall
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Many ways.\n\nPlants would have organelles specific to a plant and would be a rectangular shape with 2 nuclei during cytokinesis\n\nanimal would have no chroloplasts and would be oval because the nuclei push as far apart as possible and the animal cell is flexible, not rigged like a plant.
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There are two general classes of cells: prokaryotic and eukaryotic. The evolution of prokaryotic cells preceded that of eukaryotic cells by 2 billion years.\n\nHumans, of course, are an example of multicellular eukaryotes. \nThe major similarities between the two types of cells (prokaryote and eukaryote) are: \nThey both have DNA as their genetic material. \nThey are both membrane bound. \nThey both have ribosomes . \nThey have similar basic metabolism . \nThey are both amazingly diverse in forms. \nThe major and extremely significant difference between prokaryotes and eukaryotes is that eukaryotes have a nucleus and membrane-bound organelles , while prokaryotes do not. The DNA of prokaryotes floats freely around the cell; the DNA of eukaryotes is held within its nucleus. The organelles of eukaryotes allow them to exhibit much higher levels of intracellular division of labor than is possible in prokaryotic cells. Additional obvious differences between prokaryotes and eukaryotes include: \n\nSize \nEukaryotic cells are, on average, ten times the size of prokaryotic cells. \nGenomic composition and length \nThe DNA of eukaryotes is much more complex and therefore much more extnsive than the DNA of prokaryotes. \nCell Wall \nProkaryotes have a cell wall composed of peptidoglycan, a single large polymer of amino acids and sugar . Many types of eukaryotic cells also have cell walls, but none made of peptidoglycan. \n\n\nCell theory :\n1.All organisms are made up of one or more cells. \n2.The cell is the fundamental unit of structure and function in living things. \n3.All cells are essentially the same in chemical composition
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Yes, both plant and animal cell have cell membrane. And remember without this, the onion and other things that you eat will be full of germs inside of it. And remember, cell Wall are fully permeable, they let everything pass through.
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All cells have cell membranes.  They both have DNA and a lot of other stuff common to all life forms.  The main difference is that animal cells don't have cell walls but plant cells do.  If I were God, I would make animal bone cells have cell walls.  That would be cool.
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An animal cell is a form of eukaryotic cell which make up many tissues in animals. The animal cell is distinct from other eukaryotes, most notably plant cells, as they lack cell walls and chloroplasts, and they have smaller vacuoles. Due to the lack of a rigid cell wall, animal cells appear to be circular (though are often deformed by surrounding cells) under microscopes - in three dimensions the cells are normally spherical.
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Centrioles.\n\nNucleic acid.\n\nCell membrane is found in both animals and plants but cell wall is found only in plants. Cell wall is made up of cellulose (carbohydrates), while cell membrane is made up of lipids. Cell wall does not regulate the movement of substances in and out of it, but cell membrane does.
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No. Animals have muscles. Plants do not.
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Mitochondria in animal cells convert energy into forms the animal cell can use.  Chloroplasts in plant cells are necessary for photosynthesis, converting sunlight into energy the plant cell can use.
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an immature cell is a newly born cell which was just produced by the process of cell division.it differentiates and matures to form certain kind of cell to perform it's specific function.\nfor example in animals, an immature cell consisting of all the cell organelles, but as u know that the cells in each tissue in an animal's body is so different.thus the immature cell differentiates or develops and takes the form of the cell that is need in the particular tissue.\nsee, a neuron,the nerve cell that is,doesn't have a centriole because the mature neuron cells don't need them as mature neuron cells don't divide,and that is the reason why when one has a head injury,its hard to recover.\ntake for instance an RBC in the blood tissue doesn't have a nucleus while WBCs have differently shaped nucles having lobes or in the shape of kidney etc.\nso this means each tissue has a different cell.hence the immature cells have to develop themselves as per the need of the body.\nsame thing happens in the plant cell . just that the tissues are entirely different from that of the animal's and here in plant cell an immature cell has the ability to divide,called meristematic cell.these cells after the growth of the plant becomes mature,differentiate and form permanent non dividing cells.\nthese permanent cell again de-differentiates for the secondary growth in the plant and starts dividing again.\neach tissue of the plant body has different types of cells...\n\nand chondroblasts are the same in the case of animals.\nthese are cells found in the cartilage tissue.these are immature cells which develops to form mature chondrocytes.\nnote : the cartilage tissue is mostly connected to the areolar connective tissue for the nourishment of the chondrocytes present in the cartilage as the cartilage doesn't have a blood supply but the connective tissue does.and the chondroblasts are the immature cells present in the connective tissue which moves to the cartilage tissue and forms a part of the cartilage as chondrocytes.
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a cell is organic, an atom is not.  a cell is made from atoms.
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It is pinched off by the growing cell wall-In animal cells, the membrane is very fluid, and thus in order to have another cell, the cell membrane must draw in to enclose two seperate spaces.  In a plant cell, the cell wall is stiff and relatively inflexible, and thus in order to seperate the cell into two spaces, the cell wall grows as a partition.