What would happen if a nucleus was placed inside of a prokaryotic cell?
596286
It would probably be treated like the cell would treat any other foreign body.
779572
Prokaryotes ie; bacteria
304227
the nucleus??\ndna is stored??yes??
17973
prokaryotic cells are not bounded by membranes while eukaryotic cells are bounded by membranes.
152301
Prokaryotic cells are cells associated with Bacteria.  Eukaryotic cells are found in Plants and Animals.
248643
I'm not sure if you mean the "nucleus" or the "nucleolus", but either way, in cells which have a nucleus, the DNA resides here mostly because of seperation of activities in the cell - all of the enzymes used to process DNA (ie, winding and unwinding, transcription into RNA) are in the nucleus.  Other organelles in a cell, like the mitochondria or Golgi, similarly have membranes and components for specific cell activities.
559184
B) Membrane-bound organelles\nThe procariotic cells are like a water-filled baloon, they are just a cover with water and other things (of course, this is only an example), while eukaryotic cells have compartiments.\nEvery cell has DNA, that's the way information is passed from cell to cell when they reproduce.\nRibosomes are important for producing proteins, every cell has to have them, even if with time they lose them.\nCytoplasm is the 75% of every cell, it's basically water, proteins and other things.
150107
proteins are made in the ribosomes where mRNA is translated with tRNA to form a polypeptide. DNA is made in the nucleus. Nutrients taken in from outside teh body are stored in the golgi apparatus. \n\nCarbohydrates from the golgi apparatus is converted into ATP for energy in the walls of the mitochondria and parts of the cell membrane. \n\nThe rest is stored in the Endoplasmic reticulum\n\nLipids are taken from outside the body and also stored in the endoplasmic reticulum and golgi apparatus where salt emulsifies it.
379154
Living cells such as eukaryotes have many organelles such as: a nucleus, Mitochondria, Rough and smooth endoplasmic reticulum (rough has ribosomes on the surface of it), Golgi body, Lysosomes, cytoplasm, ribosomes and so on\nOther types of cells include prokaryotes, these don't have a nucleus or any other membrane bound organelles... they also have other organelles of which I can't really be bothered listing at the moment. hehe
231517
You could say the nucleus is everything to a cell.\n\n-It controls cell division-a cell without a nucleus cannot reproduce because the nucleus contains chromosomes which hold all the 'information' about a cell.\n-It basically controls all the metabolic activities of the cell, like the type of enzymes to be produced, protein synthesis etc.\n-In doing this, the nucleus determines what a particular cell will be like e.g. a guard cell; root hair cell. Without a nucleus, I guess all plant cells would be identical because they wouldn't know what each of their function is.
982683
1.Mitochondria have a set of double membranes, as do most bacteria; and the lipid composition of mitochondrial membranes shows no similarities with the eukaryotic cell cytoplasm. If mitochondria evolved inside of proto eukaryote, their membrane composition would be expected to be of the same material. Instead, it appears that mitochondrial membranes more closely resemble bacterial membranes in terms of lipid composition \n\n2.The inner-membrane infoldings in the mitochondria lend more credence to the symbiosis theory. the infoldings (cristae) "are adaptations that increase the surface area of oxidative enzymes, evolutionary analogues to the mesosomal membranes of many prokaryotes" . In addition, the cristae keep the various enzymes segregated according to use, as do bacteria\n\n3.Mitochondrial ribosomal RNA sequences bear much more in common with bacteria than with ribosomes in the eukaryotic cytoplasm. For example, n-formylmethionyl transfer RNA has been found to exist only in mitochondria and bacteria \n\n4. Not only do mitochondria possess their own DNA, but it is circular, as is bacterial DNA; and DNA synthesis is continuous as opposed to that of eukaryotic nuclear DNA. Furthermore, the ratio of guanine-cytosine base pairs in mitochondrial DNA is proportionately higher, as with bacteria, than in eukaryotic nuclear DNA\n\n5.Mitochondrial division resembles bacterial reproduction.  "Genetic recombination in (mitochondria) is far more reminiscent of phage and bacterial sexuality than it is of eukaryotic nuclear sexual behavior
14101
In the nucleus for eukaryote, and just floating around in a prokaryote.  The prokaryotes are Monera (bacteria) and Archaea.  More complex creatures are eukaryotes.\n\nSo nucleus is probably the answer you're looking for.
285214
In the nucleus, except in preparation for cell division.  Eukaryotes are defined by the presence of a nucleus, with "eukaryote" being greek for "True Nut."  A prokaryotic cell lacks a nucleus.\n\nDNA remains in the nucleus, and RNAs act as messenger molecules to transfer information out for protein synthesis.
848818
If your organism has a nucleus, it occurs in the nucleus, if not it happens in the cytosol of the cell, not in an organelle.
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Nuclear?  Nuclear envelope?  Nuclear membrane? \n\nThe word 'eukaryote' means 'true nuclei'.  They are talking about the membrane which surrounds the nucleus of the cell.  This is not present in Prokaryotes.
813598
DNA goes to mRNA\n\nthe mRNA has a signal sequence on the 5' end which directs it to the Ribosome and indicates whether it will be inserted into the Endoplasmic Reticulum(ER) while it is being translated.  In this case it is inserted into the ER.  As it is inserted it is folded into it's 3-D conformation.  Pending on whether parts are inserted into the membrane of the ER or not it will be determined if this Plasma Membrane(PM) protein is secreted or is stuck to the membrane.  After this you get the addition of the "glyco" part of the protein through numerous transferases and other molecules inside the ER.  This only happens inside the ER, as to why the former steps were necessary.  Then the protein is transfered via a vesicle to the Golgi Apparatus where further post-translational modifications take place.  At this point the protein is ready to go to the plasma membrane as a glycoprotein.  The protein needs no signal to get there however as the pathway from the Golgi to the PM is the "default" pathway and any unmarked(so to say) vesicle will find it's way to the Plasma Membrane.  And that's that.
325362
They are also called Monera. They lack nuclei and the various organelles of eukaryotes. Prokaryotes possess a single "naked" chromosome consisting of a single DNA molecule without the proteins found in eukaryotes. SOme prokaryotes have plasmids, small circular DNA moleucles, in addition to the major chromosomes.\nBacteria are also prokaryotes