could you tell me about animal cells and plant 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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Multicellular organisms
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Lots. Look up any school-level text on Biology. Conc on the following pts:\n1. Cell walls & membranes\n2. Plastids\n3. Vacuoles\n3. Centrioles\netc...
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The cell parts you are looking for are:\n\n1.  golgi body\n2.  lysosome
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Try this:\nhttp://en.wikipedia.org/wiki/Cell_(biology)\n\nhttp://health-pictures.com/images/Human-cell.jpg
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Cells. Cells are the basic unit of life. They make up every single living thing in the universe. Humans, plants, animal, bacteria, fungi, and every other living thing in the universe.
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Water and "nutrients" depending on the specific type of cell. Plant cells need inorganic nitrogen compounds (ammonia, nitrate), phosphate, iron, magnesium, manganese, copper,...\nAnimal cells need organic substances like sugars or amino acids (which plant cells can produce on their own) additionally to vitamins and ions (iron, copper, cobalt, zinc, molybdenum, iodine, selenium,...)
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plants consist of cells lik anmals have.the difference is plants contain chloroplast to make their own food and animals dont have chloroplast but plants do contain mitochondria lik anmal cells and thus keep utilising the food  by respiration that they  had made during photosynthesis.if they dont  bring about resperation that is utilisation of the food they make thy will die hence plants carry out photosynthesis and respiration tooo
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http://sun.menloschool.org/~cweaver/cells/
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Prokaryotic cells are cells associated with Bacteria.  Eukaryotic cells are found in Plants and Animals.
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Mouse.... animal.... right.\n\nThat is to say the aspects which make them part of the Kingdom Animalia...\n\nSimple:\n#1. They're eukaryotic. That is to say for the most part they're multicellular, and have a cell structure including mitochondria, a complete genome and organelles.\n#2. They're heterotrophic. They derive energy from outside sources, rather than making their own as plants and fungi do.\n#3. No cell walls... just cell membrane holding the cell contents in. Obviously none of the required organelles used by autotrophic life either, since as previously mentioned they're heterotrophic.\n\n\nThats the basic answer for you.\nAny further characteristics of mice will not be shared by ALL members of Animalia.... in some cases merely most (such as differentiated tissues) and in some cases not many at all (whiskers, for instance).
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The most important feature distinguishing the cells of plants from those of animals is the cell wall. In plants this wall protects the cellular contents and limits cell size. It also has important structural and physiological roles in the life of the plant, being involved in transport, absorption, and secretion.
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Most plant cells have a cell wall made of cellulose while most animal cells don't.\n\nPlant cells often have a large central vacuole which isn't found in animal cells.\n\nFinally, some (but not all) plant cells have chloroplasts, and animal cells never have them.
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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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Yes sure:\n\nAll plant cells have a cell wall. Young growing cells, some storage cells and the photosynthesizing cells of leaves, all parenchyma cells have only a primary cell wall. The primary cell wall is thin and formed while the cell is undergoing growth. The cell wall surrounds the protoplast [cell membrane and all its contents]. Continuous pressure by the fluids inside the cell forces the cell membrane against the cell wall. Between the primary walls of adjacent cells is the middle lamella which cements the two cells together by means of an adhesive substance called pectin. Mature cells which stop growing lay a secondary wall. \n\nThe primary cell wall\n\nThe primary wall begins to form between cells that are completing cell division. A cell plate forms where a new cell wall will divide the two daughter cells. The cell plate forms from the microtubules. Microtubules may guide materials towards the cell plate which grows to the outside by addition of materials such as pectin. Much of the materials that form the cell plate become the pectin-rich middle lamella between the two cell walls of the daughter cells. As soon as this middle lamella is formed cells release structural material to build the primary cell wall.\n\nThe primary cell wall is thin relative to the secondary cell wall and the entire cell. It is generally 1 to 3μm thick. It consists of 9 to 25% cellulose. Cellulose molecules are unbranched and are bound together by means of hydrogen bonding into long cylindrical fibres called microfibrils [4.5-8.5nm thick]. The microfibril is a polymer of glucose made up of 30-40 pairs of cellulose molecules.\n\nCellulose molecules are arranged in a parallel form and thus microfibrils have an incredible high tensile strength relative to their weight. This orientation allows cells to elongate, the microfibrils slip past each other and are pulled along the axis of the cell. Recent and older microfibrils are laid over each other perpendicularly as threads in cloth.\n\nThe cellulose microfibrils are embedded in a matrix composed of celluloses, pectin and protein. The matrix is composed mainly of hemicelluloses which from a branching network filled with water. The primary cell wall contains 25 to 50% hemicelluloses. Pectic substances make up 10 to 35 % of the cell primary cell wall. Primary cell walls also have 10% protein involved in cell growth and recognition of antigens.  \n\nThe primary cell wall is also adapted for growth. During growth, growth regulating hormones are produced. These soften the primary cell wall and the microfibrils layers [perpendicular] move apart and slide past each other in the wall filled matrix. This takes place with the aid of water which is absorbed by the protoplast thus forcing a pressure against the cell wall. Thus the wall is stretching plastically [irreversible] as the cell grows.\n\nWhen the cell stops growing and cell division is complete, synthesis of growth regulating hormones is stopped and the microfibrils become entangled losing the organized parallel orientation. Therefore the microfibrils can no longer slide past each other and thus the primary cell wall resists further growing by means of the entangled microfibrils which have a high tensile strength. This makes cell walls resistant to swelling if placed in water.\n\nThe primary wall is porous allowing passage of water and materials dissolved in water. The pores are about 3.5 to 5.2nm in diameter compared to the 0.3nm of the diameter of water molecules. The water and other materials can thus pass through the cell wall medium which is called the apoplast.\n\nLeaves and young stems are made up of cells that have mainly primary cell walls. They are rigid when water forces a pressure against the cell wall, but wilt when water is lost and internal pressure decreases. Thus water together with primary cell walls provides a hydrostatic skeleton. \n\nThe secondary wall\n\nIn many plant cells, a primary wall is not enough to withstand the extreme
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>Plant do not contain much organelles inside the cell\n so they posses large vacuoles in their cytoplasm.\n>Where as animals as more cell organelles in their cell\n They store some bio-molecules which is required for them during the necessary period like starvation.\nso animals do not have vacuole.\n\n>Plants are auto-tropic which can synthesis their own food.\nplant get their food by photosynthesis which is the       biochemical process. \nThe chloroplast plays the major role in photosynthesis.\n>Animal is an hetero-tropic depend on other for food.\nso they don't need chloroplast.\n\nchloroplast contains chlorophyll pigment which is green coloured pigment also make the plants to appear green.\nso animal do not require chloroplast anyway.
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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.