Transcription and Translation Flip book Joseph Whitman

By: Joseph WhitmanPeriod 2

Transcription and Translation

Nucleus Cytoplasm

Transcription

Nucleus

Nucleus

Nucleus

DNA

Nucleus

DNA

Nucleus

Nucleus

Nucleus

DNA

T A C C C C G T A G G G A A T TCG CGA G C A A T A A C GA T G G G G C A T C C C T T A AGC GCT C G T T A T T G C

A- Adenine T- ThymineG-Guanine C- CytosineU- Uracil

Nucleus

DNA

T A C C C C G T A G G G A A T TCG CGA G C A A T A A C G

A T G G G G C A T C C C T T A AGC GCT C G T T A T T G C

Promoter

Coding Region

Termination Sequence

RNA Polymerase

Nucleus

DNA

T A C C C C G T A G G G A A T TCG CGA G C A A T A A C G

A T G G G G C A T C C C T T A AGC GCT C G T T A T T G C

Promoter

Coding Region


RNA Polymerase

Nucleus

DNA

T A C C C C G T A G G G A A T TCG CGA G C A A T A A T C

A T G G G G C A T C C C T T A AGC GCT C G T T A T T A G

Coding Region



Nucleus

DNA



Coding Region



Nucleus




Nucleus




Nucleus




Nucleus




Nucleus




Nucleus




Nucleus




Nucleus




Nucleus




Nucleus




Nucleus




Nucleus



mRNA A U G G G G C A U C C C U U A AGC GCU C G U U A U U A G


Start Codon

Stop Codon

Nucleus



A U G G G G C A U C C C U U A AGC GCU C G U U A U U A G


Nucleus





Nucleus





Nucleus





Nucleus




Nucleus


Cytoplasm

Nuclear Pore

Nucleus


Cytoplasm

Nuclear Pore

Nucleus


Cytoplasm

Nuclear Pore

Nucleus


Cytoplasm

Nuclear Pore

Nucleus


Cytoplasm

Nuclear Pore

Nucleus


Cytoplasm

Nuclear Pore

Nucleus


Cytoplasm

Nuclear Pore

Nucleus

Cytoplasm

Nuclear Pore

A U G G G G C A U C C C U U A AGC GCU C G U U A U

Nucleus

Cytoplasm

Nuclear Pore

A U G G G G C A U C C C U U A AGC GCU C G U

Nucleus

Cytoplasm

Nuclear Pore

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

Nucleus

Cytoplasm

Nuclear Pore

A U G G G G

Nucleus

Cytoplasm

Nuclear Pore

Cytoplasm

TranslationNuc l eus


Cytoplasm

TranslationNuc l eus


Cytoplasm


Cytoplasm


Cytoplasm


Ribosome

Cytoplasm


Ribosome

Cytoplasm


Ribosome

Cytoplasm


Ribosome

Cytoplasm


Ribosome

Start Codon

Stop Codon

Cytoplasm


Cytoplasm


U A C

mRNA

Anti-Codon

Amino Acid

A U G G G G C A U C C C U U A AGC GCU C G U U A U U A G C C C





Peptide Bond


Peptide Bond

G U A


Peptide Bond

G U A


Peptide Bond

G U A


Peptide Bond

G U A


Peptide Bond


Peptide Bond


Peptide Bond


Peptide Bond

G G G


Peptide Bond

G G G


Peptide Bond

G G G


Peptide Bond

G G G


Peptide Bond


Peptide Bond


Peptide Bond


Peptide Bonds

A A U


Peptide Bonds

A A U


Peptide Bonds

A A U


Peptide Bonds

A A U


Peptide Bonds

A A U


Peptide Bonds

A A U


Peptide BondsA A U


Peptide Bonds

U C G


Peptide Bonds

U C G


Peptide Bonds

U C G


Peptide Bonds

U C G


Peptide Bonds

U C G


Peptide Bonds

U C G


Peptide BondsU C G


Peptide Bonds

C G A


Peptide Bonds

C G A


Peptide Bonds

C G A


Peptide Bonds

C G A


Peptide Bonds

C G A


Peptide Bonds

C G A


Peptide Bonds


Peptide Bonds

G C A


Peptide Bonds

G C A


Peptide Bonds

G C A


Peptide Bonds

G C A


Peptide Bonds


Peptide Bonds

A U A


Peptide Bonds

A U A


Peptide Bonds

A U A


Peptide BondsA U A


Peptide Bonds


Peptide Bonds

A U C


Peptide Bonds

A U C


Peptide Bonds


Peptide Bonds


Peptide Bonds


Peptide Bonds


Peptide Bonds


Peptide Bonds

Peptide Bonds

Amino Acids

Methionine

Methionine

Glycine

Methionine

Glycine

Histidine

Methionine

Glycine

Histidine

Proline

Methionine

Glycine

Histidine

Proline

Leucine

Methionine

Glycine

Histidine

Proline

Leucine

Serine

Methionine

Glycine

Histidine

Proline

Leucine

Serine

Alanine

Methionine

Glycine

Histidine

Proline

Leucine

Serine

Alanine

Arginine

Methionine

Glycine

Histidine

Proline

Leucine

Serine

Alanine

Arginine

Tyrosine

Methionine

Glycine

Histidine

Proline

Leucine

Serine

Alanine

Arginine

Tyrosine

Stop

Completed Protein

Transcription

1. RNA Polymerase moves into nucleus2. Small section of DNA strand is unwound3. RNA Polymerase creates a mRNA strand that is complementary to DNA strand 14. RNA Polymerase detaches itself from the DNA strand5. mRNA moves out into cytoplasm going to ribosome

Translation

1. mRNA moves through cytoplasm to ribosome2. Ribosome reads mRNA strand3. tRNA matches anti-codon to mRNA codon4. Amino Acids that are attached to tRNA join

by making a peptide bond5. Completed protein goes on to do various

tasks

Transcription and Translation Flip book Joseph Whitman

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