Dna flip book project
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Transcription and Translation Flip Book By: Claire Smith
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Transcript of Dna flip book project
Transcription and Translation Flip Book
By: Claire Smith
The Cell
.
.
MitochondriaRibosome
Nucleus
Cytoplasm
The NucleusChromosomes
The Chromosome
DNA Helix
Promoter Region
Termination Sequence
Coding Region
AdenineThymineGuanineCytosine
Key:
AdenineThymineGuanineCytosine
Key:
AdenineThymineGuanineCytosine
Key:
Start codon
AdenineThymineGuanineCytosine
Key:
RNA polymerase
AdenineThymineGuanineCytosine
Key:
AdenineThymineGuanineCytosine
Key:
AdenineThymineGuanineCytosine
Key:
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
Uracine
AdenineThymineGuanineCytosine
Key:
UracinemRNA strand
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:UracinemRNA strands
The Nucleus
The NucleusChromosomes
mRNA strand
The Nucleus
The Nucleus
The Nucleus
The Nucleus
Nuclear pore
The Nucleus
The Nucleus
The Nucleus
The Cell
.
.
The Cell
.
.
Mitochondria
Ribosome
Nucleus
Cytoplasm
mRNA strand
The Cell
.
.
The Cell
.
.
.
.
.
.
.
.
(in the Cytoplasm)
(in the Cytoplasm)
mRNA strand
Ribosome
Start codon
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AnticodontRNA
Amino acid
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
Peptide bond
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine Stop codon
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
AdenineThymineGuanineCytosine
Key:Uracine
Amino acids chain
And finally, the protein
Summary
In short, by the processes of transcription and translation, proteins are made. First, in transcription, RNA polymerase is used to read a DNA strand and make a mRNA copy. Once the mRNA strand moves from the nucleus to the cytoplasm, the second process, or translation, occurs. In translation, a ribosomes reads the mRNA strand, makes a tRNA strand, and then makes the proper amino acids. Finally, when the amino acids are all combined by peptide bonds and are coiled and twisted together, a protein is made!
