Bio flip
- 1. NUCLEUS
- 2. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C AG A A T T GGG T A G C G T G C G C AG G A T A T A T A C
- 3. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C SE AG A A T T GGG T A G C G T G C G C AG G A T A T T A G A
- 4. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C A HELICASE AG A A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 5. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C DNA HELICASE AG A A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 6. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C DNA HELICASE AG A A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 7. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C DNA HELICASE AG A A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 8. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C DNA HELICASE AG A A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 9. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C DNA HELICASE AG A A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 10. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T CG C G DNA HELICASE AG A A T T GGG T A G C G T G C G C AG G A T A T A GC C T A G
- 11. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C DNA H AG A A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 12. Termination PROMOTER REGION CODING REGION Sequence T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C AG A A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 13. T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C AG A A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 14. T A C T C T T A A C C C A T C G C A C G C G T C CT A T A T A T C AT G A T T GGG T A G C G T G C G C AG G A T A T A T A G
- 15. NUCLEUS
- 16. NUCLEUS
- 17. NUCLEUS
- 18. NUCLEUS
- 19. NUCLEUS
- 20. NUCLEUS
- 21. NUCLEUS
- 22. NUCLEUS
- 23. NUCLEUS
- 24. NUCLEUS
- 25. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T A T C RNA POLYMERASE STARITNG CODON AUG mRNA STRAND
- 26. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T A T C RNA POLYMERASE STARITNG CODON AUG AUU mRNA STRAND
- 27. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T A T C RNA POLYMERASE STARITNG CODON AUG AUU GGG mRNA STRAND
- 28. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T A T C RNA POLYMERASE STARITNG CODON AUG AUU GGG UA G mRNA STRAND
- 29. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T A T C RNA POLYMERASE STARITNG CODON AUG AUU GGG UA G C GU mRNA STRAND
- 30. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T A T C RNA POLYMERASE STARITNG CODON AUG AUU GGG UA G C GU GCG mRNA STRAND
- 31. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T A T C RNA POLYMERASE STARITNG CODON AUG AUU GGG UA G C GU GCG GCG mRNA STRAND
- 32. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T A T C RNA POLYMERASE STARITNG CODON AUG AUU GGG UA G C GU GCG CA G GAU mRNA STRAND
- 33. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T A T C RNA POLYMERASE STARITNG CODON AUG AUU GGG UA G C GU GCG CA G GAU AUA mRNA STRAND
- 34. DNA STRAND T A C T A A C C C A T C G C A C G C G T C C T A T A T AT C RNA POLYMERASE END STARITNG CODON CODON AUG AUU GGG UA G C GU GCG CA G GAU GAU UA G mRNA STRAND
- 35. NUCLEUS
- 36. NUCLEUS
- 37. NUCLEUS
- 38. NUCLEUS
- 39. CYTOPLASM
- 40. CYTOPLASM STOP CODON C UAA
- 41. CYTOPLASM STOP CODON G G AU A UA G C C UAA
- 42. CYTOPLASM STOP CODON G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 43. CYTOPLASM STOP CODON A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 44. CYTOPLASM RIBOSOME STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 45. CYTOPLASM Amino Acid Chain SERINE- tRNA strand UC U RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 46. CYTOPLASM Amino Acid Chain SERINE-TYROSINE- tRNA strand UC U UA U RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UA GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 47. CYTOPLASM Amino Acid Chain SERINE-TYROSINE-PROLINE- tRNA strand (anticodon) UC U UA A C C C RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 48. CYTOPLASM Amino Acid Chain SERINE-TYROSINE-PROLINE-ISOLEUCINE- tRNA strand UC U UA A C C C AUC RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 49. CYTOPLASM Amino Acid Chain SERINE-TYROSINE-PROLINE-ISOLEUCINE-ALANINE- tRNA strand UC U UA A C C C AUC GC A RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 50. CYTOPLASM Amino Acid Chain SERINE-TYROSINE-PROLINE-ISOLEUCINE-ALANINE-ALANINE- tRNA strand UC U UA A C C C AUC GC A C G C RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 51. CYTOPLASM Amino Acid Chain SERINE-TYROSINE-PROLINE-ISOLEUCINE-ALANINE-ALANINE- VALINE- tRNA strand UC U UA A C C C AUC GC A C G C GUC RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 52. CYTOPLASM Amino Acid Chain SERINE-TYROSINE-PROLINE-ISOLEUCINE-ALANINE-ALANINE- VALINE-LEUCINE- tRNA strand UC U UA A C C C AUC GC A C G C GUC C UA RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 53. CYTOPLASM Amino Acid Chain SERINE-TYROSINE-PROLINE-ISOLEUCINE-ALANINE-ALANINE- VALINE-LEUCINE-TYROSINE- tRNA strand UC U UA A C C C AUC GC A C G C GUC C UA U A U RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 54. “-” = peptide bond CYTOPLASM Amino Acid Chain SERINE-TYROSINE-PROLINE-ISOLEUCINE-ALANINE-ALANINE- VALINE-LEUCINE-TYROSINE- ARGININE tRNA strand UC U UA A C C C AUC GC A C G C GUC C UA U A U C GG RIBOSOME (rRNA) STARITNG STOP CODON CODON AUG A G A A UU GG G UA G C G U GC G C AG G AU A UA G C C UAA mRNA STRAND
- 55. Completed protein SERINE-TYROSINE-PROLINE-ISOLEUCINE-ALANINE-ALANINE- VALINE-LEUCINE-TYROSINE- ARGININE
- 56. SUMMARY Transcription: mRNA goes into the nucleus and copies the DNA code, one codon at a time. It then exits the nucleus through nuclear pores and goes to the cytoplasm Translation: Once mRNA reaches the cytoplasm, it attaches to the ribosome, which reads the mRNA and translates it to anticodon (tRNA) form. The tRNA is then translated to their proper amino acids, which are then stranded into complete protiens