Polymerases
Chain Elongation
Bacteria
Synthesis
Base pairing
100

Polymerases are unable to do this.

Initiate DNA Synthesis

100

The nucleotide is added this end

3'

100

Bacteria have this many DNA strands.

One

100

This is the way replication occurs.

What is Bi-directional? will also take: As multiple parts

100

There are the base pairings?

Adenine & Thymine, Cytosine & Guanine

200

This is the only polymerase that had 5'-3' exonuclease activity.

Poly I

200

Chain elongation occurs in this direction.

5' to 3'

200

Bacterial Origin of Replication

What is the ORIC

200

These are the modes of replication, in order of significance. 

Semiconservative, Conservative, Dispersive

200

This many base pairs on the human genome.

3 billion

300

The only Polymerase mentioned NOT involved in DNA repair

Poly III

300

 This piece of the nucleotide is used for attachment.

What is the Phosphate group?

300

John Cairns studied this bacteria replication.

What is E.Coli
300

The name of the DNA sections on the Lagging strand.

What are Okazaki Fragments?

300

Our bacteria example's genome has this many base pairs

4.6 million

400

The Active form of DNA Pol III

Holoenzyme

400

This has to happen to the precursor nucleotide before it can be added to the chain.

Two of the three phosphates are cleaved off.

400

The reason why Bacteria has one ORI, while euk. have many.

Bactria is just a circle with less genomes to replicate.

400

The four main DNA synthesis Requirements

DNA polymerase I, DNA Template, Primer, All DNTPs

400

There are this many amino acids that DNA codes for.

20 (Will take 22)

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