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Protein Synthesis Flip Book Ebony Adams

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Page 1: Mine all mine

Protein Synthesis Flip Book

Ebony Adams

Page 2: Mine all mine

Nucleus

Cytoplasm

Ribosome

Page 3: Mine all mine

Nucleus

RibosomeCytoplasm

Page 4: Mine all mine

;

Nucleus

T A C A A C G T C A T C A C TA T G T T G C A G T A G T G A

Page 5: Mine all mine

T A C A A C G T C A T C A C TA T G T T G C A G T A G T G A

Page 6: Mine all mine

T A C A A C G T C A T C A C T

RNA polymerase

T T G C A G T A G T G A

A T G

Page 7: Mine all mine

T A C A A C G T C A T C A C T

A U G

RNA polymerase

T T G C A G T A G T G A

A T G

Page 8: Mine all mine

T A C A A C G T C A T C A C T

A U G U U G

RNA polymerase

A T G T T G

C A G T A G T G A

Page 9: Mine all mine

T A C A A C G T C A T C A C T

A U G U U G C A G

RNA polymerase

T A G T G A

A T G T T G C G A

Page 10: Mine all mine

T A C A A C G T C A T C A C T

A U G U U G C A G U A G

RNA polymerase

T G A

A T G T T G C G A T A G

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T A C A A C G T C A T C A C T

A U G U U G C A G U A G U G A

A T G T T G C G A T A G T G A

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A U G U U G C A G U A G U G A

Page 13: Mine all mine
Page 14: Mine all mine

Nuclear Pore

Cytoplasm

Page 15: Mine all mine
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A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

U A C

Amino Acid

Anti Codon

Page 21: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

U A C

Page 22: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

U A C

A A C

tRNA

Large Subunit of a ribosome

small Subunit of a ribosome

Page 23: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

U A C A A C

Page 24: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

U A C

A A C

Peptide Bond

G U C

Page 25: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

U A C

A A C

Peptide Bond

G U C

Page 26: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

A A C

Peptide Bond

G U C

Page 27: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

A A C

Peptide Bond

G U C

A U C

Page 28: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

G U C

A U C

Page 29: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

G U C

A U C

A C U

Page 30: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

A U C A C U

Page 31: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

A U C

A C U

Page 32: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

A C U

Page 33: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

A C U

Page 34: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

Page 35: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

Page 36: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

Page 37: Mine all mine

A U G U U G C A G U A G U G A^ Start Codon ^ Codons

^^ Stop Codon

Peptide Bond

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Final protein

Page 43: Mine all mine

The summary of RNA translation and transcription is that DNA is copied by into and

mRNA. That mRNA goes through the ribosome. After it makes Amino acids and it goes through

and the amino acids make a protein. The protein folds into a tertiary structure.