Rna.mvanleer
- 1. Protein Synthesis By: Morgan VanLeer
- 5. Nucleus
- 6. Nucleus
- 17. Cytoplasm A U G A G AC C G UA G TAC TCTGGCATCACT RNA polymerase ATGAGACCGTAGTGA Nucleus
- 18. Cytoplasm AU G A GA C CGU A GU GA TAC TCTGGCATCACT RNA polymerase ATGAGACCGTAGTGA Nucleus
- 19. Cytoplasm AU G A GA C CGU A GU GA TAC TCTGGCATCACT RNA polymerase ATGAGACCGTAGTGA Termination sequence Nucleus
- 20. Cytoplasm AU G A GA C CGU A GU GA TAC TCTGGCATCACT ATGAGACCGTAGTGA Nucleus
- 23. Nuclear pore
- 29. AUGAGACCGUAGUGA
- 35. U A C U C U AUGAGACCGUAGUGA
- 38. Peptide bond U C U AUGAGACCGUAGUGA
- 39. U C U G G C AUGAGACCGUAGUGA
- 43. Note: the stop codon does not make an amino acid. A U C A C U AUGAGACCGUAGUGA Stop codon
- 44. Peptide chain Note: the stop codon does not make an amino acid. A C U AUGAGACCGUAGUGA Stop codon
- 45. AUGAGACCGUAGUGA
- 46. AUGAGACCGUAGUGA
- 47. AUGAGACCGUAGUGA
- 48. AUGAGACCGUAGUGA
- 49. AUGAGACCGUAGUGA
- 50. AUGAGACCGUAGUGA
- 51. Summary The first thing that happens is RNA polymerase synthesizes the RNA nucleotides. While this is happening, the mRNA is attached to the RNA polymerase and making another strand behind it. The mRNA then goes out the nuclear pore and went to the ribosome. In the ribosome the mRNA strand attracts the tRNA. That contains the amino acid and anticodon. This start codon is known as Methionine. When the second tRNA came, the first one goes away and the amino acid hooks on to the other one by a peptide bond. That happens for each one. Then it comes to the start codon, which does not an amino acid. When it is all over it is left with a peptide chain. the peptide chain is folded up and the final protein in its tertiary structure is formed. In conclusion, this is protein synthesis.