DNA
Transcription
Translation
Mutation
Protein Synthesis
100

What are the four nucleotides in DNA?

A, T, C, G

100

Where at in the cell does transcription occur?

Nucleus

100

Where at in the cell does translation occur?

on the ribosome

100

What are the two main categories of mutations?

Substitutions (point) and frameshift

100

Complimentary DNA strand for TATGCTAAC

ATACGATTG

200

Where must DNA live in the cell?

Nucleus 

200

What is the product of transcription?

mRNA

200

What is the product of translation?

Protein

200

Which mutation changes the amino acid?

Missense 

200

Single stranded, not complex and has the base Uracil.

RNA

300

What makes up the backbone of DNA?

Sugar and phosphate. 

300

Where do we get the code for the mRNA strand?

DNA

300

Which type of RNA reads the message from mRNA?

rRNA

300

Which mutation does not change the amino acid?

Silent

300

The process of making mRNA from a DNA template in the nucleus.

Transcription

400

Why can DNA not leave the nucleus? 

It is too big

400

Where does mRNA travel after transcription?

to the ribosome

400

Which RNA carries the amino acids needed to the protein chain?

tRNA

400

Which mutation gives a STOP codon?

Nonsense

400

The process of making a protein from an mRNA message on the ribosome.  

Translation

500

What are the three parts of the nucleotide?

Deoxy sugar, phosphate and nitrogen base. 
500

Transcribe the following DNA in mRNA

ATT-CGC-AGC

UAA-GCG-UCG

500

Translate the following mRNA into amino acids. 

UAA-GCG-UCG

STOP-Ala-Ser

500

Looking at the following strands and identify what mutation occurred and where. 

ATT-CGC-AGT

ATC-GCA-GT

T was deleted 

500

Why is protein synthesis important?

Because it is how all living things survive

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