Jvoristrans

1. Transcription and Translation Flipbook Julia Voris

2. Cell Cell Cell Cell Cell Cell C Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

3. Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell Cell

4. Cell Cell Cell Cell Cell Cell Cell

5. Cell Cell Cell Cell Cell Cell Cell Cell Cell

6. Cell Nucleus

7. Nucleus

8. T -Thymine G -Guanine A -Adenine  Promoter Region C -Cytosine DNA

9. T -Thymine G -Guanine A -Adenine  Helicase  Promoter Region C -Cytosine DNA

17. G -Guanine -Promoter T -Thymine -Operator A -Adenine U -Uracil C -Cytosine  RNA Polymerase DNA Strand 1 (Deoxyribose Sugar and Phosphate Backbone) T A C G T T C G G A C T A A G C C T A G G T T A T C C A C T

27. G -Guanine -Promoter T -Thymine -Operator A -Adenine U -Uracil C -Cytosine DNA Strand 1 (Deoxyribose Sugar and Phosphate Backbone) T A C G T T C G G A C T A A G C C T A G G T T A T C C A C T Coding Region A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A Promoter mRNA (Ribose Sugar and Phosphate Backbone) Termination Region Sequence

28. A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA

29. Cell A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA

32. Cytoplasm

33. Cytoplasm U G A U U C G G A U C C A A U A G G U G A mRNA

34. Cytoplasm A G C C U G A U U C G G A U C C A A U A G G U G A mRNA

35. Cytoplasm U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA

36. Cytoplasm A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA

40. Cytoplasm U A C Ribosome Start Codon A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA Ribosome

41. Cytoplasm tRNA  tRNA- Anti Codon Ribosome A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA Ribosome

42. Cytoplasm Ribosome A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA Ribosome

47. Cytoplasm Methionine  tRNA Amino Acid Ribosome U A C A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA Ribosome

48. Cytoplasm Methionine Ribosome U A C A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA Ribosome

54. Cytoplasm Methionine Glutamine Ribosome U A C A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA Ribosome

55. Cytoplasm Peptide Bond Methionine Glutamine Ribosome A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA Ribosome

56. Cytoplasm Methionine Glutamine Ribosome A U G C A A G C C U G A U U C G G A U C C A A U A G G U G A mRNA Ribosome

64. Cytoplasm Methionine Glutamine Alanine Ribosome C G G A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

69. Cytoplasm ine Glutamine Alanine Cysteine Ribosome A C G A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

73. Cytoplasm Phenylalan ine Glutamine Alanine Cysteine ine Ribosome A C G A A G A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

74. Cytoplasm Phenylalan Glutamine Alanine Cysteine ine Ribosome A A G A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

77. Cytoplasm Phenylalan tamine Alanine Cysteine Glycine ine Ribosome C C U A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

80. Cytoplasm Phenylalan tamine Alanine Cysteine Glycine Serine ine Ribosome C C U A G G A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

81. Cytoplasm Phenylalan Alanine Cysteine Glycine Serine ine Ribosome A G G A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

85. Cytoplasm Phenylalan Alanine Cysteine Glycine Serine ine Ribosome A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

86. Cytoplasm Phenylalan nine Cysteine Glycine Serine ine Ribosome A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

87. Cytoplasm Phenylalan Arginine Cysteine Glycine Serine ine Ribosome U C C A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

90. Cytoplasm Phenylalan Arginine Stop Cysteine Glycine Serine ine Ribosome U C C A C A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

91. Cytoplasm Phenylalan Arginine Stop ine Glycine Serine ine Ribosome A C A U G C A A G C C U G C U U C G G A U C C A A U A G G U G A mRNA Ribosome

92. Cytoplasm 10 Amino Acids Met Glu Ala Cys Phe Gly Ser Arg Stop

93. Cytoplasm Met Glu Ala Cys Phe Gly Ser Arg Stop

102. Cytoplasm Completed Protein Peptide Bond Met Glu Ala Cys Phe Gly Ser Arg Stop

103. Summery Transcription: Translation: The process of transcription starts in In translation, the mRNA has now the nucleus with the DNA. The DNA gone into the cytoplasm from helicase comes in and unwinds the transcription. The mRNA goes to the DNA. Then after it if unwound, DNA ribosome where tRNA and tRNA strand one gets separated from anti-codon come in and drop off an strand two. RNA polymerase then amino acid for each codon. Once the comes in and copies the DNA and amino acid is dropped off, and it is forms mRNA. After the mRNA is bonded with the next amino acid the made, it leaves through the nuclear tRNA and anti-codon leave. The pore, and goes into the cytoplasm. amino acids are bonded together with peptide bonds. After all of the codons have the amino acids the last codon in the stop codon. Then there is the completed protein.

Jvoristrans

Recommended

Recommended

More Related Content

Viewers also liked

Viewers also liked (13)

Similar to Jvoristrans

Similar to Jvoristrans (6)

More from punxsyscience

More from punxsyscience (20)

Jvoristrans