RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. It is composed primarily of an A chain and a B chain, along with additional peripheral protein chains.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. It is composed primarily of an A chain and a B chain, along with additional peripheral protein chains.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. It is composed primarily of an A chain and a B chain, along with additional peripheral protein chains.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. The nucleic, which is found within the RNA polymerase, demonstrates how the growing RNA strand splits the incoming double-stranded DNA.
DNA Polymerase is an enzyme that synthesizes DNA from nucleotides. The model shows that DNA Polymerase is composed of an A chain, a B chain, and peripheral protein chains.
DNA Polymerase is an enzyme that synthesizes DNA from nucleotides. The model shows that DNA Polymerase is composed of an A chain, a B chain, and peripheral protein chains.
DNA Polymerase is an enzyme that synthesizes DNA from nucleotides. The model shows how an incoming RNA nucleotide and an incoming double-stranded DNA interact with a growing RNA strand to form a DNA/RNA hybrid strand.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. This model shows the A chain, the B chain, and the RNA polymerase complex.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. This model shows the A chain, the B chain, and the RNA polymerase complex.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. This model shows the transcription bubble formed by RNA polymerase to split the incoming double-stranded DNA.
DNA Polymerase is an enzyme that synthesizes DNA from nucleotides. This model depicts the active site of DNA polymerase and the roles of DNA and RNA in the enzyme's function.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. This spacefill model depicts how double-stranded DNA enters the enzyme and is surrounded by plethora of necessary molecules.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. Studying yeast RNA polymerase and its many subunits sheds light on the composition of human RNA polymerase since so much is still unknown.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. Thermus aquaticus is a species of bacteria found in high-temperature environments. One of the first enzymes isolated from Thermus aquaticus was RNA polymerase and is used to study transcription.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. These models shown side-by-side demonstrate the similarities between the enzymes despite being from different organisms.
RNA Polymerase transcribes double-stranded DNA into mRNA for later use by ribosomes during protein synthesis. This model depicts the splitting of the incoming double-stranded DNA, forming a transcription bubble for the growing RNA strand to begin transcription.
