DNA has the master copy of the instructions for making protein. The instructions for making one protein is called a gene.
mRNA is made to copy down the pattern of bases from the gene and take the information out to the cytoplasm where the ribosomal subunits attach to the mRNA strand.
tRNA brings amino acids to the ribosome/mRNA structure according to the pattern of bases in mRNA. Each 3 bases in mRNA is a codon, and tRNA's anticodon must match the codon.
Proteins are produced. The proteins are made of the chain of amino acids that the tRNA brings to the building site.
2007-04-22 21:11:53
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answer #1
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answered by ecolink 7
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DNA - double helix strand of nucliec acid, deoxyribose nucliec acid
RNA - single strand of nucliec acid, there are mRNA, tRNA and rRNA
Protien - structure of many amino acids
The Central dogma:
translation to transcription : DNA to RNA to Protien
Information of organism is provided by DNA and will be translate by RNA and then will be brought out of the nucleus by mRNA to rRNA to transcript and produced it as tRNA that will intiate the protien to bind to the tRNA in matching codon.
2007-04-22 21:27:13
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answer #2
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answered by syu 2
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one strand of DNA transcripted by RNA polymerse to mRNA then translated to amino acids to composed protein ____ in other hand; in some oraganis contain RNA as genetic material that RNA can transcriped by reverse transcriptase to DNA >> mRNA>>amino acids
2007-04-22 21:31:03
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answer #3
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answered by nihad A 2
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properly an RNA chain is form of a a million/2 of a DNA chain , basically as you have a series of basically specific letters on your "keyboard" to "software" "write" , so basically a definite set of difficulty-unfastened chemical compounds "amino acids" to "software" "write" the DNA RNA shape of existence "Programming" "Writing"
2016-10-13 06:16:46
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answer #4
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answered by raspberry 4
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think about the central dogma... this would answer your question about the relationships of these three important things...
2007-04-22 21:33:00
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answer #5
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answered by JcRaveN~ 2
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Hope this link helps: http://www.bio.mtu.edu/campbell/dnarna1.htm
2007-04-22 21:09:43
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answer #6
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answered by Anonymous
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