This process is used in DNA replication and is carried out by a complex system on enzymes.

These scientists conducted a series of experiments to prove that DNA is the genetic material in a cell.

This is the first step in DNA Transcription, where DNA strands are seperated.

This is the first step of DNA Translation.

These are the three tRNA binding sites on a ribosome.

This enzyme joins okazaki fragments together with phosphodiester bonds.

This isotope was radio-labelled "proteins" in the Hershey and Chase experiment.

RNA polymerase moves along the coding sequence, synthesizing RNA in this direction.

This is the bond formed between the amino acids held by the tRNAs in the P and A sites.

This type of RNA has a T arm and D arm.

This is the direction in which DNA polymerase adds nucleotides to a polypeptide chain.

These two women used x-ray diffraction to explore the structure of DNA.

This clover-like structure contains four key regions and is essential in transcription.

This process of DNA translation involves a repeated cycle of events.

The type of bacteria used in Hershey and Chase's experiment.

This enzyme comes before helicase in DNA replication.

This is where radioactivity was found in the Hershey and Chase experiment using the 32S isotope.

This is the region where ribosomes can be found in eukaryotes.

When this is reached, translation stops.

These two men took credit for Rosalind Franklin's DNA discoveries.

This strand can copy continuously, as it moves towards the replication fork.

The shape Rosalind Franklin discovered DNA was in her experiments.

This process illustrates the enzyme-substrate specificity and the role of phosphorylation.

The tRNA detaches from this sight during translation termination.

These form the outer backbone of DNA.