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Define it
Nucleotides
Transcription
Translation
Location, Location, Location
100

The 2 steps to turning DNA codes into proteins

What is Transcription and translation

100
During transcription, this is matched with Uracil.
What is Adenine?
100
What the information is transcribed onto.
What is complementary strand?
100

turn this mRNA into codons 

GGAUGCUACCCAU

AUG-CUA-CCC

100
Where DNA can be found.
What is nucleus?
200

How many letters are in a codon

3

200

Where does trancription take place

What is the nucleus

200
DNA is to double-helix, as RNA is to ________.
What is single stranded?
200
UGCCACCUCUCAGGAGUA translated.
What is ACGGUGGAGAGUCCUCAU?
200
Where the mRNA goes after transcription.
What is ribosome?
300
A group of three nucleotides.
What is codon?
300
A nucleotide present only in RNA.
What is Uracil?
300
The carrier of the information.
What is mRNA?
300
The product of translation.
What is protein?
300
Where proteins are created.
What is cytoplasm?
400

mRNA codons Start with this

What is AUG?

400
The only nucleotide not used in transcription and translation.
What is Thymine
400

Why does DNA have to get copied by mRNA

 DNA is too big 2 stranded cant fit thru the nuclear pores

400

The purpose of translation.

To build and repair cells

400
Where translation takes place.
What is ribosome?
500
The process of transcription and translation.
What is protein synthesis?
500
In transcription, the match for Guanine.
What is Cytosine?
500

The piece of DNA that the complementary strand is copied from.

What is the original strand?

500
Used in translation to create proteins.
What is amino acids?
500

Translate this Code into Amino acids

AUG- CCC-GUA-UAG

Methionine- Proline- Valine-Stop