In order for the protein to be synthesized, there are several steps that must first take place. The first two steps occur in the nucleus.
	Transcription is the first step of protien synthesis. First, RNA polymarase unwinds and unzips the DNA as it binds to the promoter. Next the RNA polymarase brings in the complementary bases, which are A, T, G, and C for DNA and U, A, C, and G for RNA. Then RNA is removed from the full DNA template in the nucleus. The Second step is called RNA processing, and this is where the introns get cut out so the RNA can be changed. This is the only step in phase two of protein synthesis. The third phase is called translation and it has many small steps within it. First off, through initiation in the P-Site, the messenger RNA leaves the nucleus and attaches to the small part of the ribosomes. Next, certain acids are read by the ribosomes. The first acid read is AUG which calls for the very important methianine. AUG called for tRNA to get the methanine. tRNA acts as a taxi to get the methianine for the AUG. Next, the anticodon matches with the codon (AUG). Then the Large part of the ribosome comes over and begins to function. The second small step to translation is called Elongation. In this step the transfer RNA gets the Amino Acid for the codon in the A-Site and the codon matches with the anticodon. Then a pepti0bond forms between the amino acids. After this occurs, the ribosome translocates (moves) itself and the tRNA goes off to get the next amino acid. This process keeps on repeating until all the amino acid retrieval is complete. The final step to protein synthesis is called Termination. This occurs when a "stop" codon is reached, and a release factor is brought in. Then the ribosome leaves the RNA and can now begin to read the RNA. This completes all the steps in protien synthesis which are explained in detail above.