Millirona flipbook

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

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

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

48. Promoter Transcription Operator Nucleus Cytoplasm mRNA RNA Polymerase leaves

49. Promoter Transcription Operator Nucleus Cytoplasm mRNA Nuclear Pore

60. Promoter Transcription Operator Nucleus Cytoplasm

61. moter Transcription rator Nucleus Cytoplasm

62. Transcription Cytoplasm

63. Transcription Cytoplasm

64. Translation Cytoplasm Ribosome

68. Translation Cytoplasm Ribosome tRNA

69. Translation Cytoplasm Ribosome tRNA

70. Translation Cytoplasm Ribosome tRNA Anti-Codon Codon Every 3 Strands

100. Translation Cytoplasm Ribosome tRNA Amino Acids Codon Every 3 Strands

112. 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

125. Translation Cytoplasm

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.

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