fill in the outline noting the major differences in each step of transcription for prokaryotes a

Step 2 - Prokaryotic Initiation: In prokaryotes, only one type of RNA polymerase is needed for t

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Prokaryotic termination: The consensus sequences are named -10 and -35 consensus sequence, and are located at Pribnow box and -35, respectively. Attachment of sigma factor to the RNA polymerase recognizes these consensus sequences. Eukaryotic termination: The consensus sequences are named TATA Box and CAAT, and are located at -80 and -90, respectively. A multi-subunit protein complex binds to the consensus sequence. Step 2 - Prokaryotic Initiation: How many polymerases are needed and what are they called? Step 2 - Eukaryotic Initiation: How many polymerases are needed and what are they called? Step 3 - Prokaryotic Elongation: Termination relies on the termination sequence containing inverted repeats and a string of adenines to create a series of U's that follow this structure, causing the polymerase to dissociate. Termination relies on the rho factor. This activates the polymerase to break H bonds between DNA and RNA. Step 3 - Eukaryotic Elongation: Pre-translational modifications occur before termination. These include 3' cap and 5' cap. Termination then occurs via a special poly(A) tail that digests the leftover transcript until it has reached the intron splicing. This dissociates it from DNA. This is called the splicing model.

          Prokaryotic termination: The consensus sequences are named -10 and -35 consensus sequence, and are located at Pribnow box and -35, respectively. Attachment of sigma factor to the RNA polymerase recognizes these consensus sequences.

Eukaryotic termination: The consensus sequences are named TATA Box and CAAT, and are located at -80 and -90, respectively. A multi-subunit protein complex binds to the consensus sequence.

Step 2 - Prokaryotic Initiation: How many polymerases are needed and what are they called?

Step 2 - Eukaryotic Initiation: How many polymerases are needed and what are they called?

Step 3 - Prokaryotic Elongation: Termination relies on the termination sequence containing inverted repeats and a string of adenines to create a series of U's that follow this structure, causing the polymerase to dissociate. Termination relies on the rho factor. This activates the polymerase to break H bonds between DNA and RNA.

Step 3 - Eukaryotic Elongation: Pre-translational modifications occur before termination. These include 3' cap and 5' cap. Termination then occurs via a special poly(A) tail that digests the leftover transcript until it has reached the intron splicing. This dissociates it from DNA. This is called the splicing model.

fill in the outline noting the major differences in each step of transcription for prokaryotes and eukaryotes word bank termination elongation initiation pribnow box 10 20 35 consensus seque 64912

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