Anatomy Practice

The top(prenominal) bowed stringed instrument in this structure is called the code bank. The second gear strand that lies below the secret writing strand is called the template strand. In pasture for a ribonucleic acid polymerase to go from the stop number strand to the second strand it moldiness go through the process called recording. First, the ribonucleic acid polymerase must attach on to sensation of the genes on the coding strand on DNA. erstwhile the RNA polymerase attaches, it must thusly demoralize the process called initiation.This means that the RNA polymerase opens up both strands of DNA in order for template RNA synthesis to begin as it moves down the template strand. Once it starts moving down the template strand, thats when elongation occurs. This is when the RNA polymerase unwinds the DNA curl in front of it and rewinds the helix female genitalia it matching each base with its rectify partner. Once the RNA polymerase reaches a additional base sequenc e called termination signal, transcription is then over.This is called termination. The row of guitars represents the sequence in the tRNA anticodons. The tan balls on the lowlife of the guitars represent the amino acids in the polypeptide chain. The multi-color lenient keys represent the different bases that atomic number 18 in DNA and RNA molecules. What is different in the second strand than the original f number strand is that the second strand is mRNA which contains the base Uracil while the first strand is DNA and contains Thymine preferably of Uracil.The difference surrounded by the second strand and the guitars is that the second strand is mRNA which atomic number 18 codons while the guitars are tRNA and are anticodons. The difference in the sequence between the first strand and the guitars is that the first strand is triplets which contain Thymine and the guitars are anticodons and instead of Thymine, they contain Uracil. The process going from the second strand to the guitars is called translation. This is where the language of nucleic acids is translated into the language of proteins in which they are used to assemble polypeptide chains.