What is the mRNA code for the following DNA code?
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TACTTACCGAGATTCTTGTTTATC\nAUGAAUGGUUCUAAGAACAAAUAG\n\nall the a's turn to u's \nall the c's turn to g's\nall the g's turn to c's\nand all the t's turn to a's
592029
rna is copy of the dna used in transcription (i think) then it's translated back into dna somewhere else in the cell
505811
Protein is correct - the interesting thing is that every plant and animal on earth uses the same genetic code to produce the same proteins. Bacteria are so distantly related that they have a few substitutions in their genetic code - but it's still very similar to our own. \n\nThere is  aother substance that DNA produces - but not with the same coding. It's rarely mentioned because we don't know as much about its role - it's RNA. In fact there are probably more RNA genes then protein coding genes.
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OKay....try to make things as simple as I can for you, with all the words you provided.\n\nDouble stranded DNA is transcribed into single stranded mRNA which codes for amino acids by a process called transcription. The mRNA is then translated into polypeptide of amino acid chains. The polypeptide folds into proteins which ultimately determines the phenotype.\n\nHope it helped!
419437
Genetic code,teeth, hair, claws, brains. reproduction: color, smell, size, shape, power.Good Luck!
430980
the first one is RNA. You can tell by the U at the end of the sequence
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mRNA is the RNA that is transcribed from the DNA in the nucleus and is used as the template for translation.\ntRNA is the RNA that holds the polypeptide and is used in translation to connect the polypeptides in the correct order to make a protein.\nrRNA is the RNA that is in a ribosome. The different subunits of the ribosome are used like an assembly line for the mRNA and the tRNA to connect the polypeptides.
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Listen carefully and ignor anyone who tells you diffrently. All the informaton needed for every protien in the body is stored as DNA. When a particular protien is needed, the streatch of DNA that codes for it is copied into RNA. THis piece of RNA is called a transcript. \n\nThe transcript is usually proccessed in the cell before being sent to the ribosom. There the ribosom reads the nucleic acids in groups of three. So no one nucleic acid makes a protien, but three nucleic acids determine one amino acid. A string of amino acids makes up a protien.
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The primary function of DNA is for protein synthesis.  Within the DNA sequence are millions of templates for proteins.  A protein called RNA polymerase "reads" the DNA sequence and makes a strand of mRNA (Ribonucleic Acid).  This strand of mRNA, which is similar to a negative image of a photograph, gets transfered to the ribosomes surrounding the nucleus.  In the ribosomes, molecules of tRNA bond with the matching triplets of mRNA.  Each molecule of tRNA is bound to an amino acid.  As more and more molecules of tRNA bond to the mRNA, the amino acids in tow are bonded together in sequence.  Eventually, the result is a fully functional protein.
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DNA transcription is the process which the DNA is trancribed into mRNA which will be sent out of the nucleus to ribosomes for protein synthesis can take place.
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In DNA deoxyribose-phosphate backbone and nitrogenous bases.  The bases of DNA are adenine, cytosine, guanine and thymine.  In RNA ribose-phosphate backbone and nitrogenous bases are adenine, cytosine, guanine and uracil.  A deoxyribose-phosphate backbone is essentially a pentonse sugar (5 carbons) linked to a phosphate group in a 5' to 3' direction.  The bases are connected to the 1' end of the ribose groups. Pairing occurs by hydrogen bonding between A+T, A+U, and G+C between two strands.
198401
ummm... let's see.... the transcription of RNA means that it is it's encoding, or if you want to call it, program. It is the set of chemical codes used for producing DNA. Translation, on the other hand, I am not still not quite sure of. I believe that it might be the refined form of RNA, like trying to create a vaccine for somthing. I hope this helps!
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Your question is unclear.\n\nThe genetic code is the 64 sets of three nucleotides (AGCT) that code for specific amino acids. Due to the codes redundancy, several codons (set of 3 nucleotides) code for the same amino acid, a mutation in the third nucleotide often results in no change in the actual amino acid coded for. These are called "silent mutations" because they have no effect. A mutation in the first or second nucleotide causes a much more dramatic change.
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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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Of course, it's known as the messengerRNA or mRNA. Need morehelp?  I can tell you what happens next.
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mRNA:\n\nRNA that serves as a template for protein synthesis\n\nDNA:\n\nThe material inside the nucleus of cells that carries genetic information. The scientific name for DNA is deoxyribonucleic acid.
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Nucleotide names are abbreviated into standard three- or four-letter codes. The first letter is lower case and indicates whether the Nucleotide in question is a deoxyribonucleotide (denoted by a d) or a ribonucleotide (no letter). The second letter indicates the nucleoside corresponding to the nucleobase:\n\n    G: Guanine\n    A: Adenine\n    T: Thymine\n    C: Cytosine\n    U: Uracil not present in DNA, but takes the place of Thymine in RNA\n\nThe third and fourth letters indicate the length of the attached phosphate chain (Mono-, Di-, Tri-) and the presence of a phosphate (P).