Proteins are made on the A) Mitochondria B) Ribosomes C) Nucleus D)plasma membrane?
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Amino acids.\n\nOH, I thought you asked what they are made OF. Sorry - Ribosomes!
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The answer is A of course. The other answers doesn't make sense.  They are referring to the ....lysosomes.... ok. Ribosomes synthesize proteins for the cell.
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I would say mitochondria.
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The ribosome, which is made up of a large and small subunit.
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Water, fats, proteins, random cells (like leukocytes) and cell fragments.
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The plasma membrane has been called an asymmetric fluid mosaic structure. Made from two leaflets of lipids that form a bilayer (see also Lipid Biosynthesis), it contains proteins that can span one or both layers or are peripherally attached to one face or the other. The components of the bilayer frequently move laterally into other regions of the membrane, making it appear more fluid than static. In addition, proteins on the extracellular face can be heavily glycosylated, giving the membrane asymmetrical characteristics.
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1) nucleus\n2) vacoule\n3) cell membrane\n4) cytoplasm\n5) chromosomes
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Both Prokaryotic and Eukaryotic cells might contain Ribosomes.\n\nThe organelles that Eukaryotic cells have that Prokaryotic cells do not have include a true nucleus (bound by a double membrane) and usually mitochondria.  Also in some plants, chloroplasts.
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The answer is A, translation.\n\n\nDuring translation, the messenger RNA copies information from DNA to produce proteins. The information gets read by  ribosomes which facilitate the production of proteins.
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Immune cells have special receptor proteins on their plasma membrane that recognize the corresponding proteins on the microorganisms.
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I believe that only ribosomes is correct. I had Bio last semester and I think that's what I remember. Messenger RNA from the chromosomes leaves the nucleus and finds the ribosomes within the cell. When the mRNA finds the ribosomes protein synthesis is started.
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lipids\ncarbohydrates\namino acids/proteins\nnucleic acids
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Plant cell:\n1. has a cell wall outside plasma membrane.\n2. contains chloroplast\n3. has a single large vacuole\n4. has dictyosomes instead of mitochondria.\n\nAnimal cell:\n1. donot have a cell wall. cytoplasm is surrounded by plasma membrane.\n\n2. lack chloroplast\n3. vacuoles absent. if present they are smaller and more in number.\n4. contain mitochondria which are sites of energy production.
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if ur talking about cells... i think it is organelles...not sure
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eukaryotic cell\n\n        a. Bounded by a nuclear membrane having pores connecting it with the endoplasmic reticulum (see Fig. 1 and Fig. 2).\n        b. Contains one or more paired, linear chromosomes (def) composed of deoxyribonucleic acid (DNA) associated with histone proteins (def)).\n        c. Nucleolus (def) present.\n        d. Nuclear body is called a nucleus (def).\n\n          o Electron micrograph of a nucleus courtesy of Dennis Kunkel's Microscopy\n\n    prokaryotic cell \n\n        a. Not bounded by a nuclear membrane (see Fig. 3).\n        b. Usually contains one circular chromosome (def) composed of deoxyribonucleic acid (DNA) associated with histone-like proteins.\n        c. No nucleolus.\n        d. Nuclear body is called a nucleoid (def).
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the mitochondria...i think
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proteins and calcium carbonate.