DNA Structure & Function
DNA Replication
Transcription
Translation
Miscellaneous
100

DNA stands for:

Deoxyribonucleic acid

100

Which enzyme is responsible for unwinding the DNA strands for replication?

Helicase

100

Transcription is ____ --> ______

DNA --> RNA

100

Where does translation occur?

On ribosomes

100

What is the "post office" of the cell?

Golgi body/apparatus

200

What are the monomers (building blocks) of nucleic acids?

Nucleotides

200

Where does DNA replication occur?

Nucleus

200

Where does transcription occur?

In the nucleus
200

This type of RNA functions in translation by bringing a matching amino acid using a complimentary anticodon

tRNA

200

What type of biomolecule is butter?

Lipid

300

What type of bond holds the nitrogenous base pairs together?

Hydrogen bonds

300

How many strands of DNA are produced at the end of replication?

2

300

For the DNA bases ATGC, the complimentary RNA bases would be:

UACG

300

This type of RNA is what makes up ribosomes 

rRNA

300

In what stage of mitosis do the chromosomes separate?

Anaphase

400

Provide an example of two correctly matched DNA base pairs.

A & T 

C & G 

400

What is the name of the enzyme that glues the new bases together during DNA replication?

Ligase

400
Name TWO of the three post-transcriptional modifications that must occur in order for RNA to leave the nucleus.

3' Poly A Tail

5' Methyl Cap

Remove introns

400

What are the three labels for the sites in a ribosome that are used in translation?

E, P, A

400

What are the two polymers of nucleic acids?

DNA and RNA

500

What is the backbone of DNA composed of?

Sugars and phosphates

500

Each new DNA molecule produced through replication has how many strands of the original DNA molecule?

1

500

If a DNA sequence reads ATG CGT ACT, what would the complimentary mRNA sequence read?

UAC GCA UGA

500

How many strands of DNA are produced during translation?

0

500

A molecule of DNA has 100 nitrogenous bases. If the molecule contains 15 adenine (A) bases, then how many cytosine (C) bases must it have?

**use Chargaff's Rule**

35

A=T so 15x2=30

100-30=70=C+G

70/2=35

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