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Protein synthesis flipbook @yoloswagginator24
- 1. Protein Synthesis By: Cody Verostic
- 12. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 13. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 14. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 15. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 16. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 17. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 18. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 19. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 20. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 21. RNA polymerase unwinds the DNA. And copies a strand to the RNA. ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ RNA Polymerase
- 22. RNA polymerase unwinds the DNA. And copies a strand to the RNA. Nuclear Pore ~~~~~TAC TCT GGC ATC ACT~~~~~ ~~~~~ATG AGA CCG TAG TGA~~~~~ ~~~~~UAC UCU GGC AUC ACU~~~~~ RNA Polymerase
- 23. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
- 24. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
- 25. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
- 26. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
- 27. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
- 28. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
- 29. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
- 30. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. Nuclear Pore mRNA strand
- 31. The strand of mRNA then moves on to the ribosome where it is synthesized Ribosome mRNA strand
- 32. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. mRNA strand
- 33. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. mRNA strand
- 34. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. mRNA strand
- 35. The strand of mRNA then leaves the nucleus of the cell, through the nuclear pore. mRNA strand
- 36. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain. Ribosomes mRNA strand Large subunit Small subunit Start Codon Codons Stop Codon
- 37. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
- 38. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
- 39. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
- 40. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
- 41. Amino Acid tRNA The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
- 42. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain. Anti Codon
- 43. Peptide Bond The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
- 44. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
- 45. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
- 46. The RNA strand is read and synthesized by the Ribosomes. It goes on to form a polypeptide chain.
- 48. Verbal Summary Protein synthesis is a complex process. First, it starts off with RNA polymerase unzipping and copying half of a DNA strand. Then, the RNA strand leaves through the nuclear pore. It is then moved to the ribosomes, where they synthesize and read the strands and form a chain of amino acids. This chain is known as a polypeptide chains.