# data[].attributes.headline
DNA is replicated in a semi conservative model in which half the DNA is the template DNA Strand and the other half of DNA is the "new" DNA that is being laid down

# data[].attributes.subject
DNA is replicated in a semi conservative model in which half the DNA is the template DNA Strand and the other half of DNA is the "new" DNA that is being laid down

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Overall direction of replication goes toward the replication fork

# data[].attributes.subject
Overall direction of replication goes toward the replication fork

# data[].attributes.headline
A new DNA strand is formed after all nucleotide bases are attached and all enzymes have done their job

# data[].attributes.subject
A new DNA strand is formed after all nucleotide bases are attached and all enzymes have done their job

# data[].attributes.headline
RNA primase adds RNA primers and DNA polymerase III attaches to RNA primase. 

# data[].attributes.subject
RNA primase adds RNA primers and DNA polymerase III attaches to RNA primase. 

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Leading strand is the original DNA that has one primer

# data[].attributes.subject
Leading strand is the original DNA that has one primer

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DNA Polymerase I ensures the base pairs were laid properly and removes RNA primer and replaces it with DNA

# data[].attributes.subject
DNA Polymerase I ensures the base pairs were laid properly and removes RNA primer and replaces it with DNA

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DNA Ligase glues nucleotides together during replication

# data[].attributes.subject
DNA Ligase glues nucleotides together during replication

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3' ends the leading strand and begins the lagging strand

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3' ends the leading strand and begins the lagging strand

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5' begins the leading strand and ends the lagging strand

# data[].attributes.subject
5' begins the leading strand and ends the lagging strand

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DNA Polymerase III lays down base pair nucleotides from 5' to 3'

# data[].attributes.subject
DNA Polymerase III lays down base pair nucleotides from 5' to 3'

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Okazaki Fragments form new DNA fragments formed on the lagging template during replication. 

# data[].attributes.subject
Okazaki Fragments form new DNA fragments formed on the lagging template during replication. 

# data[].attributes.headline
Single Stranded binding proteins help hold the shape of the replication fork

# data[].attributes.subject
Single Stranded binding proteins help hold the shape of the replication fork