Which of the following replication proteins is used to unwind the DNA double helix?

Which of the following RNA molecules is responsible for carrying the code that will be read at the ribosome in order to create a protein?

Which of the following replication proteins is used to unwind the DNA double helix?

Which of the following RNA molecules is responsible for carrying the code that will be read at the ribosome in order to create a protein?

DNA is naturally found as a double-helix, but for it to replicated it must first be unwound so that DNA replication proteins can access the two strands. The double-helix structure of DNA is very stable, and after being unwound for DNA replication to occur, the two strands can easily return to the double-helix structure. If the strands re-anneal, proteins necessary for DNA replication cannot enter and begin the process of replication.

Which of the following pairs of DNA replication proteins is responsible for unwinding the DNA double-helix and maintaining the separation of the DNA strands?

The leading strand is replicated __________, and the lagging strand is replicated __________.

DNA replication is semi-conservative. This means that __________.

DNA replication is semi-conservative. This means that __________.

The leading strand is replicated __________, and the lagging strand is replicated __________.

DNA is naturally found as a double-helix, but for it to replicated it must first be unwound so that DNA replication proteins can access the two strands. The double-helix structure of DNA is very stable, and after being unwound for DNA replication to occur, the two strands can easily return to the double-helix structure. If the strands re-anneal, proteins necessary for DNA replication cannot enter and begin the process of replication.

Which of the following pairs of DNA replication proteins is responsible for unwinding the DNA double-helix and maintaining the separation of the DNA strands?