Flip Book Project:

By: Hope Bridge Pd.5/6

Cell

Nucleus

DNA Strand

Key:

Thymine

Adenine

Guanine

Cytosine

Promoter

Operator

Coding Region Terminator

DNA Strand

DNA Polymerase

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

DNA Strand

mRNA Strand

Nuclear Pore

Coding Region Terminator

End Codon

Cell

Nucleus

Cytoplasm

Ribosome

Key:

Uracil

Adenine

Guanine

Cytosine

mRNA Strand

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome

Start Codon

EndCodon

mRNA Strand

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome(tRNA anti-codon)

Met

Peptide Bond

Start Codon

EndCodon

mRNA Strand

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome(tRNA anti-codon)

ValMet

Peptide Bond

mRNA Strand

Start Codon

EndCodon

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome(tRNA anti-codon)

ValMet

Peptide Bond

v

mRNA Strand

Ser

Start Codon

EndCodon

v

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome(tRNA anti-codon)

ValMet

Peptide Bond

v

mRNA Strand

Ser Thr

Start Codon

EndCodon

v

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome(tRNA anti-codon)

ValMet

Peptide Bond

v

mRNA Strand

Ser Thr

Start Codon

EndCodon

v

Val

v v

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome(tRNA anti-codon)

ValMet

Peptide Bond

v

mRNA Strand

Ser Thr

Start Codon

EndCodon

v

Val Thr

v v

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome(tRNA anti-codon)

ValMet

Peptide Bond

v

mRNA Strand

Ser Thr

Start Codon

EndCodon

v

Val Thr

v v

Pro

v

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome(tRNA anti-codon)

ValMet

Peptide Bond

v

mRNA Strand

Ser Thr

Start Codon

EndCodon

v

Val Thr

v v

Pro Val

v v

Key:

Uracil

Adenine

Guanine

Cytosine

Amino Acids

Ribosome(tRNA anti-codon)

ValMet

Peptide Bond

v

mRNA Strand

Ser Thr

Start Codon

EndCodon

v

Val Thr

v v

Pro Val

v

Arg

v

Stop

Amino Acids

Peptide Bonds

1.RNA polymerase binds to DNA and unwinds it.

2.RNA polymerase goes to the promoter region to DNA.

3.RNAP reads the DNA and creates mRNA.

4.RNAP hits the stop codon and releases mRNA.

5.mRNA leaves the nucleus and enters the cytoplasm.

1.rRNA forms ribosomes.2.mRNA binds to ribosome and is read.3.tRNA proof reads mRNA and transfers

amino acids.4.Amino acids attach to tRNA, than bind

with peptide bonds.5.Ribosomes hit the stop codon and

complete the protein.