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Aminoglycosides such as streptomycin target protein synthesis. The antibiotic drug, streptomycin, was the first successful cure in the treatment of tuberculosis.
Most likely not. Yet, there are examples of non-ribosome mediated protein synthesis in some bacteria, e.g. the synthesis of cyclosporin by the Cyclosporin synthethase complex. But this is a very rare phenomenon, and besides these non-ribosomal peptide synthetases are ofcourse themselves synthesized by the ribosome.
Enzymes are proteins, so the answer to what organelled does protein synthesis is ribosomes. The coding information on the DNA is translated into mRNA in the nucleus. This mRNA, after being processes, travels out of the nucleus to join with some mRNA to become a ribosome, which will change (with the help of tRNA) all this information into a chain of amino acids which ultimately becomes a protein. However, if what you are asking is what organelle does the enzymatic reactions inside a cell, the answer's quite different. The main organelle that does that is the lysosomes. Other organelles that also does similar functions are a group called microbodies, which include peroxisomes, glyoxisomes, and glycosomes.
Many cell processes are controlled by the various machinery present in the Nucleus. If this is on a high school worksheet it is most likely referring to mitosis or meiosis. Practically anything dealing with DNA takes place in the nucleus.
The cell would make a new one. Scientists and biologists are still trying to figure out how the cell replaces a ribosome, but they believe it has something to do with the nucleus and the rough endoplasmic reticulum working together to process cell DNA and proteins.
It wouldn't be protein synthesis.
Aminoglycosides such as streptomycin target protein synthesis. The antibiotic drug, streptomycin, was the first successful cure in the treatment of tuberculosis.
Ribosomes are vital for the creation of proteins. Without proteins, the cell cannot function, and would die.
The synthesis of enzymes would stop.
the synthesis of enzymes would stop
Protein synthesis.
Most likely not. Yet, there are examples of non-ribosome mediated protein synthesis in some bacteria, e.g. the synthesis of cyclosporin by the Cyclosporin synthethase complex. But this is a very rare phenomenon, and besides these non-ribosomal peptide synthetases are ofcourse themselves synthesized by the ribosome.
Yes. Ribosomes are the organelles responsible for manufacturing proteins in a cell. Therefore, if a cell is producing a large amount of protein, it is probable that the cell has many ribosomes.
It synthesizes large quantities of lipids
Enzymes are proteins, so the answer to what organelled does protein synthesis is ribosomes. The coding information on the DNA is translated into mRNA in the nucleus. This mRNA, after being processes, travels out of the nucleus to join with some mRNA to become a ribosome, which will change (with the help of tRNA) all this information into a chain of amino acids which ultimately becomes a protein. However, if what you are asking is what organelle does the enzymatic reactions inside a cell, the answer's quite different. The main organelle that does that is the lysosomes. Other organelles that also does similar functions are a group called microbodies, which include peroxisomes, glyoxisomes, and glycosomes.
Many cell processes are controlled by the various machinery present in the Nucleus. If this is on a high school worksheet it is most likely referring to mitosis or meiosis. Practically anything dealing with DNA takes place in the nucleus.
a mutation that will affect the synthesis of a certain protein in the cell