if the code on dna is TTAGCCTGA what will the code be on the complementary section of RNA made during synthesi
964134
AAUCGGACU\n\nBecause:\nG matches with C\nA matches with U\nBut when it's a T in DNA, it'll be an A in RNA. If it's an A in DNA, it'll be a U in RNA. That's the most confusing part about transcription.
1141001
once the DNA has been transcribed, spliced and modified, the new mRNA is moved out of the nucleus of the cell and into the cytoplasm.  There, a ribosome attaches to it.  The mRNA serves as a template for translation.\n\nHere's how that works.  mRNA is read in groups of 3 nucleotieds.  Each group of 3 is called a codon.  When the ribosome is attached to the mRNA, new amino acids that correspond to the codon can get added to the chain.\n\nEssentially, the ribosome moves like a train down the mRNA, stopping at each codon.  Every time it stops, a tRNA can enter and drop off an amino acid.  The tRNA has to be specific to that codon otherwise, it can't enter the ribosome.  The tRNA that is specific to a certain codon, is also specific to the amino acid it carries.  So indirectly, each codon corresponds to an amino acid.\n\nThe role that DNA plays is that it encodes for the mRNA and the mRNA encodes for the protein.\n\nThere's a lot of nuance that I didn't get to, like anticodons, reading frames, P sites, A sites, E sites, etc...If you care about these specifics, post another question ;p
49865
Base-pairing with the complementary strand of DNA.
589633
1)there are 5 to 9 nucleotides on 5' mRNA named Shine Delgarno which are the match for 16SrRNA on 3' in the small subunit of ribosome.so 16SRNA conduct ribosome to AUG by binding to shine....and helps to initiate the protein synthesis.\n\n2)there are special sites on 16SrRNA which have a direct reaction with antisense on tRNA\n\n3)it binds to IF3(initiation factor3)
862769
Think of it this way... when you "transcribe" something you are WRITING it down... this is what happens during transcription... a copy of the complimentary strand of DNA is made in the mRNA (messenger) basically, a MESSAGE is taken down so that it can be delivered to the ribosomes where it will be "translated" into proteins... \n\nTranslation is when that message is actually "translated" into a string of proteins from the original message, like following a recipe to make a cake (the cake is the string of proteins that section of DNA holds the recipe for and the recipe is the message encoded into the mRNA).
867793
1)That start codon AUG (methionine)\n2) UGG Tryptophan\n\nThose are the only two. All other amino acids have at least two base codes for them and in lots of cases even 4. These codes i have given are mRNA codons.
60202
Codons are 3 nucleic acids together. Any 3 possible combinations, giving 64 possible combinations.\n\nCodons code a single amino acid, and usually theres a lot in a row. This lets DNA make complex proteins that are made of many codons (amino acids) in a row.
472444
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.
902807
the mRNA and tRNA are actually not controlled. The only thing controlled is the formation of RNA. It is formed from a complementary strand of DNA. That mRNA which goes through nuclear pores to the Ribosome. When it reaches to ribosome it attaches with the ribosome. The mRNA has a specific in a group of three like: A-U-T. Each code refers to a unique tRNA which then brings an amino acid to form a polypeptide chain. At the end there is a code which is subscribed as a STOP Code by the nucleus. This codes are what coontroll the process of protien synthysis. But the formation of mRNA from a complementaery strand is controlled by nucleus And the movement of mRNA as well as tRNA. is also controlled by nucleus (to some extent)\nHope this Helps
913242
tRNA is for transcription.  During transcription tRNA delivers the correct amino acid to the groing polypeptide chain.  The tRNA reads the sequences in pairs of 3 called codons.  Each codon codes for an amino acid, some codons code  for the same amino acid.  During transcription the mRNA binds to the rRNA and tRNA (transription) binds and starts at the AUG start codon.
827921
threonine\n\nthere should be a table in your textbook with mRNA codons and corresponding AA's.
224618
umm, ok, i don't know what the heck the first answerer is talking about (no offense answerer). anyway, what i just learned in biology today, is that DNA is the genetic code for life. it's shape is called a double helix and it looks something like what's shown below. the two sides are made up of alternating sugar and phosphate units. To be specifc, the sugar is deoxyribose.  And then the "bars" in between are nucleotides, which are the building blocks of nucleic acids(DNA stands for Deoxyribonucleic acid). There are four types- adenine, cytosine, thymine, and guanine. the "bars" are made of two of these nucleotides paired together. adenine always pairs with thymine, and guanine always pairs with cytosine. so yeah, i hope that that helps you out. im actually just learning about all of this right now in 10th grade biology.\n\n|_____|\n|_____|\n|_____|\n|_____|\n|_____|
601479
There are four building blocks, or nucleotides: adenine (abbreviated A), cytosine (C), guanine (G) and thymine (T) so its either 21% or 29% The fact that A pairs with T and C pairs with G leads to the conclusion the overall mix is:\nadenine 29%\ncytosine 21%\nguanine 21%\nthymine 29%
114412
a molecule of DNA is made of a double helix of nucleotides.  Inside the cells this double helix is untwisted and spread apart by different enzymes and "read"  These nucleotides that make up the double helix is uncoded in sets of threes to code for different amino acids.  When the amino acids come together they make up different proteins.  So short story short, information is stored in a molecule of DNA by a code of nucleotides.
1157929
DNA is a long polymer of nucleotides (a polynucleotide) and encodes the sequence of the amino acid residues in proteins using the genetic code,  a triplet code of nucleotides.
250072
All RNA's ...well almost all...are made from a DNA template. r-RNA (found in ribosomes) have a very large piece of DNA dedicated to it. Many rRNA genes are found in tandem repeats. There is also a very large part of our genome dedicated to tRNA, since we need so many to make proteins. mRNA is the template for making proteins, and it is formed from a dna template. Even retroviruses can not replicate without first having their RNA genome converted to DNA. The exception is that many scientists think that RNA may have been the first genetic material, but was quickly replaced by DNA since DNA is much more stable than RNA.
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.