Protein Synthesis Flip Book

Mackenzie Atcheson

-------------------------T A C T C T G G C A T C A C T--------------------------- | | | | | | | | | | | | | | |-------------------------A T G A G A C C G T A G T G A-------------------------

Cell

Cell Nucleus

Ribosome

Cytoplasm

Nucleus

TACATG

AACTTG

GTCCAF

ATCTAG

ACTTGA

RNA polymerase

TAC

ATG

AACTTG

GTCCAF

ATCTAG

ACTTGA

TAC

ATG

AACTTG

GTCCAF

ATCTAG

ACTTGA

AUG

TAC

ATG

AAC

TTG

GTCCAF

ATCTAG

ACTTGA

AUG

TAC

ATG

AAC

TTG

GTCCAF

ATCTAG

ACTTGA

AUG UUG

TAC

ATG

AAC

TTG

GTC

CAF

ATCTAG

ACTTGA

AUG UUG

TAC

ATG

AAC

TTG

GTC

CAF

ATCTAG

ACTTGA

AUG UUG CAG

TAC

ATG

AAC

TTG

GTC

CAF

ATC

TAG

ACTTGA

AUG UUG CAG

TAC

ATG

AAC

TTG

GTC

CAF

ATC

TAG

ACTTGA

AUG UUG CAG UAG

TAC

ATG

AAC

TTG

GTC

CAF

ATC

TAG

ACT

TGA

AUG UUG CAG UAG

TAC

ATG

AAC

TTG

GTC

CAF

ATC

TAG

ACT

TGA

AUG UUG CAG UAG UGA

TAC

ATG

AAC

TTG

GTC

CAF

ATC

TAG

ACT

TGA

AUG UUG CAG UAG UGA

TACATG

AACTTG

GTCCAF

ATCTAG

ACTTGA

AUG UUG CAG UAG UGA

AUG UUG CAG UAG UGA

Nuclear Pore

Cytoplasm

Nuclear Pore

Cytoplasm

Nuclear Pore

Cytoplasm

Nuclear Pore

Cytoplasm

U A C

Amino Acid

Anti Codon

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

CODONS ^STOP CODON^^^START CODON

U A C

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

CODONS ^STOP CODON^^^START CODON

tRNA

Large subunit of a ribosome

Small subunit of a ribosome.

A A C

U A C

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

CODONS ^STOP CODON^^^START CODON

A A C

U A C

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

CODONS ^STOP CODON^^^START CODON

A A C

Peptide Bond

UGC

U A

C

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

CODONS ^STOP CODON^^^START CODON

A A C

Peptide Bond

UG

C

C

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

CODONS ^STOP CODON^^^START CODON

A A C

Peptide Bond

UG

C

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

CODONS ^STOP CODON^^^START CODON

A A C

Peptide Bond

UG

A U C

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

A U C

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

A U

A UC

C

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

A UC

A U C

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

A UC

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

A UC

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

CODONS ^STOP CODON^^^START CODON

Peptide BondA UC

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

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

CODONS ^STOP CODON^^^START CODON

Peptide Bond

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

CODONS ^STOP CODON^^^START CODON

Final Protein

DNA is copied by into mRNA. mRNA then goes through the ribosome. After it makes Amino acids and it goes through amino acids make a protein. The protein folds into a tertiary structure

RNA Translation and Transcription