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- 1. Transcription and Translation By: Adam Milliron
- 2. Promoter Operator Cytosine Adenine Guanine Thymine Uracil Deoxyribose Sugar Phosphate Ribose Sugar Phosphate
- 3. Promoter Transcription Operator Nucleus T A Cytoplasm C T C G C T A C T G C T T G C A T C A G G C A C C A T
- 4. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 5. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 6. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 7. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 8. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 9. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 10. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 11. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 12. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 13. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase
- 14. Promoter Transcription Operator Nucleus Cytoplasm RNA Polymerase is responsible for coping the DNA strand to make mRNA
- 15. Promoter Transcription Operator Nucleus Cytoplasm mRNA because the RNA Polymerase is coping the DNA strand
- 16. Promoter Transcription Operator Nucleus Cytoplasm mRNA Cytosine because RNA doesn’t have Thymine
- 17. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 18. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 19. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 20. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 21. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 22. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 23. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 24. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 25. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 26. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 27. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 28. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 29. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 30. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 31. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 32. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 33. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 34. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 35. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 36. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 37. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 38. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 39. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 40. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 41. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 42. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 43. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 44. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 45. Promoter Transcription Operator Nucleus Cytoplasm mRNA Coding Region Termination Sequence- lets the RNA Polymerase know its done copying
- 46. Promoter Transcription Operator Nucleus Cytoplasm mRNA is taking the copy of DNA strand to the cytoplasm and ribosomes
- 47. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 48. Promoter Transcription Operator Nucleus Cytoplasm mRNA RNA Polymerase leaves
- 49. Promoter Transcription Operator Nucleus Cytoplasm mRNA Nuclear Pore
- 50. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 51. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 52. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 53. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 54. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 55. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 56. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 57. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 58. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 59. Promoter Transcription Operator Nucleus Cytoplasm mRNA
- 60. Promoter Transcription Operator Nucleus Cytoplasm
- 61. moter Transcription rator Nucleus Cytoplasm
- 70. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 71. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 72. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 73. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 74. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 75. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 76. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 77. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 78. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 79. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 80. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 81. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 82. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 83. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 84. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 85. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 86. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 87. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 88. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 89. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 90. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 91. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 92. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 93. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 94. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 95. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 96. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 97. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 98. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 99. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands
- 100. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 101. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 102. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 103. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 104. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 105. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 106. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 107. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 108. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 109. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 110. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 111. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 112. Peptidebonds Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 113. Peptidebonds Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 114. Peptidebonds Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 115. Peptidebonds Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 116. Peptidebonds Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 117. Peptidebonds Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 118. Peptidebonds Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands
- 119. Peptidebonds Translation Cytoplasm Ribosome tRNA Amino Acids make a protein. The protein is leaving to go do its job. Codon Every 3 Strands
- 120. Peptidebonds Translation Cytoplasm Ribosome tRNA Amino Acids make a protein. The protein is leaving to go do its job. Codon Every 3 Strands
- 121. Translation Cytoplasm Ribosome tRNA Amino Acids make a protein. The protein is leaving to go do its job. Codon Every 3 Strands
- 122. Translation Cytoplasm Ribosome tRNA Amino Acids make a protein. The protein is leaving to go do its job. Codon Every 3 Strands
- 123. Translation Cytoplasm Ribosome tRNA Codon Every 3 Strands
- 124. Translation
- 128. Translation Cytoplasm Stop Methionine Tryptophan Serine Proline Aspartic Acid Serine Aspartic Acid Arginine Glutamic Acid
- 129. Transcription • In transcription RNA Polymerase splits a section of DNA in half. mRNA copies the genetic code. After the mRNA leaves the nucleus through a nuclear pore. The mRNA then goes to the cytoplasm/ribosome.
- 130. Translation • In translation, mRNA becomes in contact with the ribosomes. The ribosomes then split apart into a big subunit and a small subunit. The ribosomes reads the mRNA sequence. The ribosomes then translates the sequence into amino acids. The amino acids are connected by a peptide bond, which make a protein.