DNA in Protein Synthesis
Transcription
Translation
Mutations
Big Picture
100

A segment of DNA that contains the instructions for a protein

A gene

100

This is the enzyme that reads DNA and builds mRNA.

RNA polymerase

100

Translation occurs with this cell structure

Ribosomes

100

AUG has been switched to ATG 

substitution 

100

The two major steps of protein synthesis.

transcription and translation

200

The part of DNA that signals RNA polymerase where to start transcription.

A promoter

200

Transcription happens in this part of the cell.

the nucleus

200

These molecules bring amino acids to the ribosome

 tRNA

200

AUG has been changed to AUUG

Insertion

200

The organelle that mRNA is sent in order to translate  

Endoplasmic Reticulum 
300

The DNA strand used as a blueprint to make mRNA.

the template strand

300

This base replaces thymine in RNA.

uracil

300

A three-base sequence on mRNA that codes for an amino acid

A codon

300

A mutation caused by adding or removing one or two bases.

a frameshift mutation

300

What does the central dogma describe? (not just the steps)

The flow of information

400

These small units make up DNA and include a sugar, phosphate, and base.

Nucleotides

400

The DNA strand that is actually used as a template during transcription.

The template strand

400

This codon signals the start of translation. (specific codon)

AUG

400
What is the effect of changing the codon from AUG to ATG

Translation cannot occur

400

The reason cells perform protein synthesis.

to build proteins needed for structure or function

500

The order of these determines which protein is made.

the sequence of bases

500
What would happen if the mRNA didn't have a promoter?

Transcription could not occur

500

This bond joins amino acids together during translation.

peptide bond formation

500

Give me an example of a mutation that is silent (has no effect)

(open ended)

500

What is gene expression?

Turning DNA into a protein

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