And after we expose these sections another type of enzyme known as single stranded DNA proteins or simply SSB proteins bind to those exposed regions and they allow, they keep the two single strands from reassociating and reforming the hydrogen bonds. So these single stranded binding proteins are shown in green in this diagram. So once that takes place another enzyme known as DNA gyrase binds onto our double stranded DNA and it basically creates or introduces negative super coils and this decreases the stress that is involved with the process of unwinding. Now once we actually unwind our double stranded DNA molecule and we expose these single stranded DNA regions another type of molecule known as primates which is basically an RNA polymerase creates primers or RNA primers. Remember, an RNA primer is basically a sequence of nucleotides that are needed for DNA polymerase to bind and to begin the synthesis of our daughter strands. Now, how exactly does DNA polymerase actually synthesize our daughter strand?